Goal Zero Yeti 150 Review: How Does It Stack Up in 2023. Goal solar generator

The best solar generators to take you off the grid

The Yeti 1000 Core makes Goal Zero’s Yeti 1000X more affordable without cutting corners or compromising on durability.

• Super-tough exterior is ready for adventure
• Enough power for larger tools, devices, and appliances
• Can be charged with one or more Goal Zero solar panels
• Cannot be chained with other Goal Zero batteries
• Performance is slightly limited compared to the Yeti 1000X to compete at this price
• Not worth the upcharge for indoor use

An affordable price and user-friendly interface make this a great option for beginners exploring solar energy for the first time.

• Affordable without being cheap
• Color display is easy to understand
• Variety of AC and DC output ports
• Low capacity compared to the alternatives on this list
• Not weather-resistant
• Charge times seem unnecessarily long

An outstanding balance of power, weight, and price results in a versatile solar generator you can count on.

• Super-fast recharge time
• Can be paired with external River batteries for more power
• Packs 720 watt-hours into a 17-pound package
• Not designed to power a home or RV
• May be a case of too much and too little for some users
• Fewer charging cycles than some of the alternatives

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When it comes to being self-sufficient and prepared for anything, solar generators are one of the best investments you can make. When freak ice storms bombarded Texas in 2021, millions of people suddenly realized how perilous our access to energy actually is.

Even though a full-scale home solar setup might price out a lot of homeowners (and all renters), solar generators like the ones we included on this list present a much more accessible alternative. All the solar generators we picked can be powered from a wall outlet and be used as an emergency reserve, but they can also be paired with solar panels to reduce your monthly electric bill. If you have a beer fridge in the garage or a space heater in a workshop, a small solar setup can pay itself off surprisingly quickly.

A solar generator consists of a solar panel array and a power station. Both components are important; each can be used alone, but they do best as a team. We won’t suggest that it doesn’t matter which solar panels you choose, but most people will do well to decide on the power station first. That’s what we focused on for this gear guide. Once you choose the right one for you, decide how fast you need the battery topped off when you can’t access the grid and find a compatible solar array from that brand.

There’s a lot more to learn before you make this kind of investment, so let’s identify some of the best solar generators and make sense of the technology that powers them.

Methodology

There was a time when, like most people, we thought solar energy was a simple concept: plug a solar panel into a solar generator and off you go. Enjoy your free electricity. It turns out that there’s a lot more to it than that. Solar energy that’s collected by one of several kinds of solar panels needs to be regulated to ensure safe delivery into the battery. The solar generator needs to convert stored energy into a form that can be used by devices that consume either alternating- or direct-current electricity.

To make sure you got solid information, we spent days researching all of this and found some great resources to pass along. Armed with that information, we sought out solar generators that are adequate for several days of use on a single charge. Every product that made our list had to offer AC and DC charging. The ability to charge via solar panels was obviously a must, but we looked for solar generators that can be purchased individually so you have the flexibility to customize a setup to meet your specific needs. Finally, we gave priority to brands that either had a proven record of success or could provide a product for us to test for ourselves.

Goal Zero Yeti 1000 Core

One of the main reasons we buy solar generators is the fact that we don’t know what the future holds. Uncertainty is exactly where Goal Zero thrives, and the Yeti 1000 Core might be the best buy in its product lineup.

Like many of the best solar generators, the Yeti 1000 Core has a storage capacity just 17 shy of 1,000 watt-hours. Where this one shines is performance in the face of the elements. In addition to being one of the oldest and most trusted manufacturers of solar products, Goal Zero has earned a reputation for making solar panels, generators, and batteries that can take a beating without letting you down.

The Yeti 1000 Core can be charged with a maximum input of 300 watts, which is easily attainable with Goal Zero’s chainable solar panels or the standard power cord. From there, the lithium-ion battery can handle coolers, grills, and other camping appliances. At 32 pounds, it’s an easy addition to your car camping setup or bug-out kit.

The Yeti 1000 Core is based on the Yeti 1000X. Goal Zero is a premium brand and usually costs more than others. To close that gap, the company scaled back the Yeti 1000X to get the price more in line with the competition. We think the result hits a sweet spot for anyone looking to upgrade their camping experience and prepare for the worst at the same time.

• Storage: 983 watt-hours
• Maximum input: 300 watts
• Maximum regulated output: 1,200 watts
• Maximum surge output: 2,400 watts
• Battery chemistry: Lithium-ion
• Weight: 32 pounds

A more affordable take on the popular Yeti 1000X

Unflinchingly rugged construction is ready for adventure

Charges in four hours with 300 watts of solar power

Carbon-neutral shipping, headquarters, and warehouse

Slightly less capable than the Yeti 1000x

Cannot be chained with external batteries

GoSun Power 550

There’s a lot to learn about solar power for those who are new to the scene, and some products make getting up to speed easier than others. The GoSun might not have the chops of our other picks, but it’s so accessible and user-friendly that it deserves consideration by solar newcomers.

GoSun doesn’t have the same brand recognition as the other manufacturers on our list, but we were able to get a Power 550 and 100-watt solar panel for testing. Both are about as user-friendly as it gets. The Power 550 includes a variety of AC and DC charging ports that can be used simultaneously. Its compact size and light weight are great for short trips or working off-grid. We used ours to charge household electronics and power things like heated blankets during the winter. The color display is one of the largest we’ve seen, and it makes it easy to monitor input, output, battery life, and the status of all active ports. Someone who has no knowledge of solar generators would be in pretty good shape with this one.

In terms of outright performance, the Power 550 lags behind the other options on this list. It takes quite a while to charge and is not weather-resistant. You aren’t going to find this on any prepper’s gear list. On the other hand, it’s a great way to keep your laptop, phone, and earbuds charged. If vanlife or remote weekend getaways are your idea of a good time — and learning the ins and outs of solar energy is not — this is a solid choice.

• Storage: 550 watt-hours
• Maximum input: 300 watts
• Maximum regulated output: 600 watts
• Maximum surge output: 1,200 watts
• Battery chemistry: Lithium-ion
• Weight: 15 pounds

Affordable way to get into the solar game

Detailed, user-friendly color display

Nice selection of AC and DC power ports

Better suited to small devices

Long charge times for its size

EcoFlow River Pro

For most people, choosing between a 500-watt-hour solar generator and a 1,000-watt-hour solar generator is an easy decision. If you’re the exception to the rule, The EcoFlow River Pro might be just what you need. This 720-watt-hour solar generator offers high-end quality at a more accessible price by cutting down on power you don’t need.

Charging time is the River Pro’s party trick. You can achieve a full charge in about 90 minutes. From there, the River Pro is powerful enough to charge your phone more than a hundred times or run a refrigerator for at least eight hours. Its array of charging ports lets you power 10 devices at the same time and access a maximum regulated output of 600 watts. If that’s not enough, you can add an extra battery to bring the available power up to 1,440 watt-hours. The lithium-ion battery keeps things light, so the whole package weighs in at just 17 pounds. EcoFlow backs up the River Pro with a two-year warranty and 24-hour customer service.

Versatility is this solar generator’s greatest strength, but it can also be a drawback. For some buyers, 720 watt-hours is inadequate; for others, it’s excessive. That’s the price of occupying the middle ground. Still, it’s one of the best solar generators out there if you want something fast and reliable.

• Storage: 720 watt-hours
• Maximum input: 660 watts
• Maximum regulated output: 600 watts
• Maximum surge output: 1,200 watts
• Battery chemistry: Lithium-ion
• Weight: 17 pounds

Recharge time is impressively fast

Add external River batteries to increase capacity

Surprisingly light for its segment

Charging ports for 10 devices

Inadequate power for a home or RV

Shorter lifespan than some of the competition

Bluetti AC300

When it comes to specialized gear, what some see as a disadvantage may be a major selling point for someone else. That’s true of the Bluetti AC300, which corners a unique market with unconventional battery chemistry.

Every other solar generator on this list uses a lithium-ion battery. That’s primarily because lithium-ion batteries can store more energy per pound, making them the go-to battery when weight is a concern. The Bluetti AC300 uses a lithium iron phosphate battery that’s significantly heavier. That’s fine by us because it holds a charge slightly longer, can survive more charge cycles, and is more stable. If you want to power your cabin or super-secret hideout, this is the way to go. We suppose it would also be fine to keep in your garage as a backup power source, even though that’s less exciting.

This kit combines an AC300 solar generator and a B300 external battery (with more batteries and solar panels available). That combination isn’t cheap, especially considering the solar charger starts with a considerable 3,000-watt-hour capacity. It’s also heavy, as we mentioned. Given all the pros and cons, this is probably the best solar generator to leave unattended, worry-free, for long periods of time.

• Storage: 3,000 watt-hours
• Maximum input: 5,400 watts
• Maximum regulated output: 3,000 watts
• Maximum surge output: 6,000 watts
• Battery chemistry: lithium iron phosphate
• Weight: 48 pounds

One-stop package for an off-grid setup

Add up to two external batteries and three solar panels

Fast charge times improve power capabilities

Lithium iron phosphate battery offers more charge cycles than lithium-ion

Far heavier than lithium-ion solar generators

Not a good portable option

EcoFlow River Mini

If the EcoFlow River checks all your boxes but weighs too much, the River Mini is what you need. This compact, portable solar generator bridges the gap between full-size solar generators and.size power banks.

The River Mini’s 200-watt-hour storage capacity is perfect for keeping your phone, laptop, earbuds, and smartwatch powered up on the go. Instead of targeting homeowners and preppers, EcoFlow built the River Mini for people who want to work (or play) remotely without having to compete for a plug at the local coffee shop or call it a day when batteries start dying. It recharges in 90 minutes and can be controlled with an app. The whole thing weighs just six pounds and costs less than 240 on sale (at the time of writing). A wireless charging option is available if you’re willing to spend a little more.

Unlike the other options on this list, the River Mini isn’t the best solar generator for camping, powering your home during a power outage, or bringing your campsite into the modern era. What it can do is go places the others can’t. Toss it in your backpack (or even your go-bag) for a little extra juice when a handheld power bank doesn’t cut it.

• Storage: 210 watt-hours
• Maximum input: 100 watts
• Maximum regulated output: 300 watts
• Maximum surge output: 600 watts
• Battery chemistry: NMC lithium-ion
• Weight: 6 pounds

Extremely light and portable

Fully charges in 90 minutes

Can be monitored and controlled with an app

Run input and output simultaneously

Low power output cannot support larger devices

Wireless charging option costs 100 more

Goal Zero Yeti 6000X

To a lot of people, Goal Zero represents the best solar generators on the market. If they’re right, the Yeti 6000X might be as good as it gets because this behemoth occupies the top spot on the company’s power station food chain.

The Yeti 6000X goes far beyond what most consumers need by offering more than 6,000 watt-hours of energy, 2,000 watts of continuous, regulated output, and a surge output of 3,500 watts. It can be recharged by up to 600 watts and can handle Goal Zero’s highest-output solar panels. As if all that wasn’t enough, it can be combined with external Goal Zero batteries to stockpile even more electricity off the grid. If you’re looking for a power backup for your home, this is the one to have. It’s a powerful workhorse that can keep power-thirsty appliances up and running when the power lines fail you.

The Yeti 6000X comes at a hefty price, and costs will go up significantly if you want to get the most out of it with premium solar panels and batteries. Even though the power station comes on a rolling cart, 106 pounds is too much for practical camping and outdoor adventure. This is one solar generator that will probably be parked in your garage or basement and left alone.

• Storage: 6,071 watt-hours
• Maximum input: 600 watts
• Maximum regulated output: 2,000 watts
• Maximum surge output: 3,500 watts
• Battery chemistry: Lithium-ion
• Weight: 106 pounds

Incredibly powerful, self-contained home power backup

Can be paired with additional batteries for even more power

Adequate for multiple large appliances like refrigerators and power tools

Extremely durable and well-built

Includes a cart, but not practically mobile

Expensive to supply with maximum solar power

Jackery Explorer 500

If you follow the overlanding and car camping communities, you’ll get the impression that Jackery is the brand to have. These orange solar power stations are becoming increasingly common sights on the trails and roads less traveled because they’re rugged, affordable, and get the job done.

Jackery solar generators seem to be one of the more trusted brands among consumers. Power stations like the Explorer 500 offer the performance people need for off-grid adventures, but keep costs down by eliminating features that aren’t essential. Sure, the housing looks like a plastic lunchbox and the screen could have been made in the 1980s, but you’d rather look at amazing natural views than your power station anyway. The Explorer 500 is built to be thrown in the back of your truck or SUV, taken to a campsite, and used to get the sun’s energy into smaller electronic devices like your camera and laptop.

With a capacity of 500 watt-hours, the Explorer isn’t cut out for larger charging jobs like refrigerators and heaters. For that, Jackery offers the Explorer 1000 and 1500. This one’s just right for overnight trips or car camping adventures where you’ll have plenty of opportunities to recharge the battery.

• Storage: 518 watt-hours
• Maximum input: 100 watts
• Maximum regulated output: 500 watts
• Maximum surge output: 1,000 watts
• Battery chemistry: Lithium-ion
• Weight: 13 pounds

Built to endure hard use outdoors

No-frills approach cuts costs without sacrificing quality

Balance of power and portability

Built-in light helps with after-dark setup

Not as many features as higher-end solar generators

Charge times are on the longer side

Our verdict on solar generators

At the end of the day, choosing the best solar generator for you comes down to capabilities. In most cases, we recommend the Goal Zero Yeti 1000 Core for its rugged reliability and just-right capacity. Alternatively, you can save a lot of money with a GoSun Power 550, which makes getting into solar energy intuitive and affordable. If you want to take your home off-grid with uninterrupted access to power, go big and hook up a Goal Zero Yeti 6000X with a few extra batteries and some permanent solar panels.

What to consider when buying solar generators

Investing in a solar power station can be a big investment, especially if you’re trying to power your home or RV. Doing a little homework about the types of systems available and their requirements can save you a lot of trouble (and money) in the long run. Hell, it might even make you money.

Types of solar generators

People began using the sun’s energy long before the solar generators we think of today came into being. A lens or piece of reflective material can be used to FOCUS solar energy to create heat. Magnifying glasses can be used to start a fire; reflective panels can boil water in the field. Linear concentration systems like the one found in the Gosun Go camp stove can generate enough heat to cook a meal without any fuel except for daylight. The kinds of solar generators we’ll FOCUS on, though, are ones that turn sunlight into electricity.

Portable solar generators

The easiest and most affordable way to take advantage of solar energy is with a portable system that contains all the components you need. The best portable solar generators are about the size of a lunchbox and have the ability to provide electricity via three-prong wall outlets, 12-volt outlets like the one in your car, and various sizes of USB ports. A display that shows how much power is being delivered and how much remains on tap will let you manage your consumption off-grid. How much power a given generator can store will depend on its size.

Even though you can typically charge your power station from the wall or your car, solar panels are preferable for their free access to solar energy. Be prepared to buy your panels separately from your solar power station, although some vendors do offer complete kits. There is some variety in the efficiency of various panel designs, but bigger is generally better when it comes to power output. Make sure you choose panels that are appropriate for your power station and energy needs.

Solar generators for home use

As of 2020, solar power plants produced a very small portion of the energy used in the U.S., but that doesn’t mean it can’t work (and be profitable) for you on an individual basis. The U.S. Department of Energy lists seven steps to take to equip your home with solar power. Basically, homeowners need to conduct an energy audit to see how much electricity they consume, then compare that figure to the energy potential of their property based on factors like available space, budget, light exposure, and weather patterns.

Solar panels are great at producing power, but they can’t store it. To keep your house operational around the clock, you’ll need batteries to store the electricity and a means of converting it to a form your appliances and devices can use. There’s a lot of important technology and careful math involved in setting up a solar generator for your home, but it can be done and systems are getting increasingly affordable. Many states also offer financial incentives to go solar.

Key features of solar generators

Solar panels

Solar panels are the components of a power system that capture the sun’s energy, to begin with. Underneath a clear, protective outer layer are rows of monocrystalline or polycrystalline silicon cells that absorb solar energy. A junction box on the back of each panel serves as the connection point between two panels or a panel and your generator and ensures that electricity only flows in one direction. All of your panels together are called an array. If you have a lot of electronics to power, need to recharge in a hurry, or have poor access to sunlight, increasing the size of your array can help you stay on top of your energy needs.

Because solar panels are intended for use outside, they’re built to be very durable. Don’t worry too much about the weather, but be careful not to bend or otherwise abuse your solar panels and risk cracking them. If you want to build a rooftop deck for your RV or overlanding vehicle, something a little more durable is a Smart investment.

Power station

If solar panels are the muscle of your off-grid power system, the power station is the brain of the operation. The first component your newly collected energy will encounter is the charge controller, which regulates the in-flow of electricity to your battery and protects it from damage. The battery itself can be a traditional lead-acid battery in some cases (usually in a home or vehicle), but portable systems use more advanced lithium-ion or lithium iron phosphate batteries. Direct-current electronics can use power directly from the battery, but most plug-in devices require alternating current. An inverter inside the power station converts electricity into this form so you can use it with common two- or three-prong electrical plugs.

Power stations come in a range of sizes. As size (and cost) increase, power stations gain the capacity to power larger, more demanding appliances for longer periods of time. isn’t necessarily better; make sure to figure out how much power you really need before maxing out your budget.

Power output

When we talk about electrical output, we use watts and hours as a basis for comparison. A modern LED light bulb can provide the same amount of light as a 60-watt incandescent bulb for an hour on less than 10 watts. The charger on my old laptop is labeled with 45 watts, meaning it can transfer 45 watts from the grid to my laptop’s battery in one hour. My work laptop’s charger is newer and more powerful, so it can deliver 61 watts per hour. The batteries in your various devices just need to charge for a short period of time, but other items require constant power.

If you want a solar generator for home use, you’ll need to take into account all the electronics you don’t usually think about, but have a high electrical draw. Refrigerators, for example, need anywhere from 300 to 800 watts per hour. That’s why it’s important to conduct an inventory of the electronics you want to power in the event you lose access to the power grid and prepare enough capacity to handle the workload.

Once you have a working baseline for your power needs in terms of watts per hour, compare that to a solar generator. Always overestimate your needs, because battery performance is affected by several factors and you shouldn’t expect to extract the full wattage. We found a great video breakdown of this if you want to learn more. Continuous and surge capacity also come into play (meaning varying power needs and the maximum rate power can be extracted from your generator), but those measurements are less of an issue for most people. Keep your draw well below the surge capacity on your generator, and you should be fine.

Pricing considerations for solar generators

Solar generator pricing is directly tied to power capacity. Portable options like the lightweight EcoFlow River Mini cost as little as 240 if you catch the sales at the right time. Most of our picks fall between 500 and 1,000; they’re suitable for car camping and powering your home’s essential electronics in an emergency. At the top end of the market are powerhouses like the massive Goal Zero Yeti 6000X at 6,000. Remember that more isn’t necessarily better. There’s no need to buy more power than you need, and sometimes it’s best to have light, portable gear — especially when it comes to emergency preparedness.

Tips and tricks

Getting a solid understanding of solar power takes a lot of research (ask us how we know) and it’s especially important to get the technical details right if you plan on assembling your own system from scratch. There are a few ways to make life a little easier, so let us grease the skids for you with some helpful tips.

• Test your electronics with a watt meter to identify the right size of portable solar generator for your house or campsite.
• Most solar generators can also charge from a wall outlet. Don’t wait until you need electricity to break out the solar panels; start with a full charge and use them right away to stay charged.
• Electric coolers and camping refrigerators may not need constant power. You might be able to keep food cool with occasional power from your solar generator.
• Solar generators are perfect for bug-out or disaster situations. Keep yours charged and choose a size that you’re capable of transporting easily.
• Batteries don’t respond well to going flat. Check your power station’s owner’s manual and store it within the optimum charge range, if there is one.
• Not all solar generators are built to withstand the elements, so pick one that’s weather-resistant if you plan on using it outdoors.

FAQs on solar generators

You’ve got questions, Task Purpose has answers.

Q: Are solar generators safe?

A: Yes, solar generators are generally very safe. In fact, The Hartford lists falling from the roof during installation as one of the biggest risks of using solar power. As with any electrical system, make sure you understand how everything works and double-check any work you do yourself.

Q: What size solar generator should I get?

A: Off-Grid Home has a good walkthrough for solar generator sizing, but the gist is that it depends on how much power you want. Use a watt meter to see exactly how much power a given appliance or device is currently using, then add up the consumption of everything you want to power.

Q: How many years will a solar generator last?

A: You can expect the best solar generators to last more than 25 years. Proper care is important to getting the most out of this technology, so read the manufacturer’s instructions for use and storage.

Q: Can I run my house on solar power only?

A: Many people power their entire house with solar energy and have electricity leftover that may be sold back to the power company. As technology advances, the time it takes for a solar power investment to pay itself off is getting shorter and shorter.

Scott Murdock is a Task Purpose commerce writer and Marine Corps veteran. Since 2020, he’s selflessly committed himself to experiencing the best gear, gadgets, stories, and alcoholic beverages in the service of you, the reader. Contact the author here.

Goal Zero Yeti 150 Review: How Does It Stack Up in 2023?

The Goal Zero Yeti 150 has long been my go-to portable power station for camping.

It’s an affordable option that’s perfect for charging small devices (that’s charging only – not providing continuous power). Plus, it doesn’t take up much room in your vehicle.

It’s an especially good choice if you have a way to recharge it in the field, such as a portable solar panel, like the Goal Zero Boulder 50 (my go-to for use with the Yeti 150).

But, if you need to power small appliances, like an electric cooler or CPAP machine, something a bit beefier (check out my alternative recommendations) is required.

Below I break down my personal experience using the Goal Zero Yeti 150 for dispersed camping over a three year period.

This post contains affiliate links. If you click on a product link and make a purchase, we earn a small commission. It helps us publish more great content!

Quick Overview

Goal Zero Yeti 150 Portable Power Station

This 168 watt-hour portable power station is ideal for recharging smartphones and other small devices.

The Goal Zero Yeti 150 has been around since, I believe, 2013.

Although it’s had a few small tweaks, it remains largely the same as it was in 2013 (which is mostly good a thing since it was named the 2013 CES Innovations Award Nominee).

The biggest difference? The price. The power station is about half as expensive as it was when it was first released.

Sure, there’ve been big changes in portable power and portable solar technology since then, but the Yeti 150 remains a solid budget option.

As a so-called “solar generator,” gas isn’t required for use. But, this title is a little misleading – you can charge the device with a solar panel (sold separately) or you can use a wall outlet or car outlet. There’s no built-in solar panel.

The portable generator itself boasts a 168Wh, 14Ah (12V) lead acid battery. You can charge devices with two USB ports, one AC outlet, and one 12V outlet.

Although the Yeti 150 clocks in at 12 pounds, it’s still fairly easy to move around thanks to the built-in pop-up carry handle.

A small screen (which is quite difficult to read since it doesn’t have a backlight) lets you monitor the battery’s charge capacity. Rather than a specific charge level, it just gives an estimate to the closet 20% (so 20%, 40%, 60%, 80%, 100%).

As mentioned above, the Yeti 150 is made for charging small devices, like smartphones, tablets, laptops, GPS navigators, satellite communicators, headlights, and lanterns.

Although Goal Zero is moving away from lead acid batteries towards lithium ion batteries, I believe the Yeti 150 (and, possibly, the Yeti 400) are here to stay – for now.

Goal Zero Yeti 150 Features and Specifications

Here are the main features and specs of the Goal Zero Yeti 150:

Lead Acid Battery	168 Watt Hours Capacity
12 Pounds	7.75 x 6.75 x 5.75 Inches
2 USB Ports, 1 12V Outlet, 1 AC Outlet	6 Hours to Charge w/ Wall Outlet
8 Hours to Charge w/ Car Outlet	8 Hours to Charge w/ Boulder 50 Solar Panel
Comes w/ Wall Outlet Charger	Built-In Carry Handle

My Experience with the Yeti 150

I’ve owned the Goal Zero Yeti 150 for about three years now.

I originally purchased it because I wanted a compact portable power device to charge my MacBook, Garmin inReach Mini, iPhone, and small USB devices like USB lanterns and headlamps on extended dispersed camping trips out of the back of my truck.

Right out of the box, I was impressed with the Yeti 150’s sturdiness.

If there’s two things Goal Zero products have going for them, it’s definitely great build quality and ease of use.

I quickly added the Goal Zero Boulder 50, a portable solar panel, to the mix. This gives me the ability to recharge my power station at the campsite without an electrical outlet or car charger.

Goal Zero solar panels and power stations are plug-and-play. Just attach your panel to your power station with the included cords and you’re all set.

The Yeti 150 charges slowly but reliably. It’s very quiet, aside from a quiet cooling fan that kicks on after a few minutes.

Fully charged, the power station can charge my older model MacBook one time with juice to spare. Or, it can charge my iPhone about a dozen times.

Usually though, I leave my laptop at home and just use the Yeti 150 to recharge my iPhone, Garmin inReach mini, and headlamp. The Yeti 150 has more than enough juice to keep all of these devices fully charged for a week or longer before it needs to be recharged itself. You can charge several devices at once.

The rugged design of the Goal Zero Yeti 150 also stands out. Although it’s not water-resistant, it’s very clear that it’s built for outdoor use. After two years of regular wear and tear, this baby still looks almost new, aside from minor scratches.

I’ve taken it on a month-long trip in late summer through the Southwest as well as countless midwinter outings to the Olympic Peninsula (not to mention a whole lot of other trips). It performs just as well in temperatures nearing 100°F as it does in those hovering around 32°F.

Despite liking the Yeti 150, I admit that it does fall into a sort of weird middle area in terms of size/weight and power output.

At 12 pounds, it’s too heavy to lug very far from the car, despite the convenient carry handle. At the same time, however, it has far too little power to work as a permanent fixture in your vehicle (in my opinion).

Although it’s a great entry-level power station, I think there are better options for most campers (read more on this below).

Pros and Cons of the Yeti 150

After roughly two years of use, here’s what I’ve come to personally consider the most notable pros and cons of the Goal Zero Yeti 150 portable power station.

What I Like

Here’s what I like most about the Yeti 150:

• Reliable – Goal Zero products have always treated me well. The Yeti 150 still provides a reliable charge after two years of regular use. I expect to get at least another year out of it before a battery change (or upgrade) is necessary.

• Easy to Use – All Goal Zero products are extremely intuitive. The Yeti 150 is no exception. Even swapping out the battery for a replacement is so simple anyone can do it.

• Great for Small Devices – The Yeti 150 charges small devices (smartphones, tablets, laptops) like a champ, albeit somewhat slowly. You can charge multiple devices at once.

• Compatible with Solar – Sure, this is now that industry standard with portable power devices, but the plug-and-play compatibility of the Yeti 150 and most Goal Zero solar panels is much appreciated.

• Made for Outdoors – This thing is rugged. It’s plenty durable to stand up to the wear and tear of regular camping use. Obviously, try not to drop it, but if you do, it will almost certainly come out unscathed.

What I Don’t Like

Here’s what I don’t really like about the Yeti 150:

• Heavy – Sure, 12 pounds isn’t much compared to other portable power stations, but it’s certainly pretty darn heavy for only 168Wh capacity.

• For Charging Only – Good luck trying to continuously power anything, aside from maybe string lights or a small fan, with the Yeti 150. It’s really only good for recharging devices that aren’t in use.

• Bad Display – The display on the Yeti 150 sucks. It’s small. There’s no backlight. It’s extremely simple. The charge meter rounds to the nearest 20%. It’s impossible to tell how fast the power station is charging in real time.

What Can the Yeti 150 Power?

The Goal Zero Yeti 150 is definitely made to charge devices not power them.

Right off the bat, you should know this isn’t the right solar power station if you want to power devices or small appliances, like a CPAP machine, electric cooler, mini fridge, coffee maker, etc.

That said, you can use this Goal Zero power station to run simple things like string lights, a small fan, or a heating pad while camping.

With that in mind, the Yeti 150 does effectively, and relatively efficiently, charge laptops, tablets, smartphones, GPS navigators, satellite communicators, camera batteries, rechargeable lanterns, headlamps, and other similarly-sized devices. I sometimes use it to charge batteries for power toools.

Know the Yeti 150 isn’t a portable jump starter. Unlike some similar devices, you can’t jump start a car with this power station.

How to Charge the Yeti 150

Like most, if not all, of Goal Zero’s offerings, the Yeti 150 is a high-quality product.

It’s a good option for car campers that camp close to their vehicles who just want to charge small devices rather than power appliances.

Personally, however, I rarely use the power station. In fact, I’m surprised at how little I’ve used it while dispersed camping after the initial honeymoon period when I tested it with anything and everything.

For me, the Yeti 150 is at a funky in-between in terms of size and power output that just doesn’t make a lot of sense with the way I camp.

It’s not quite powerful enough to power small appliances like an electric cooler or other appliances you’d have in a camper van or built-out truck or SUV. But it’s much too bulky to take with you on a backpacking, bike packing, or paddling trip.

That said, it does excel at charging small devices. It’s also super rugged and durable. It recharges relatively quickly with a standard wall outlet, car charging port, or portable solar panel. It’s built to last for a long time.

I think most campers (including myself) are better off with a super lightweight portable battery pack for backpacking or a larger (around 500Wh) power station for car camping (boondockers should look at something even more robust).

Other Goal Zero Yeti 150 Reviews

Jackery Explorer 500 Portable Power Station

This 518 watt-hour portable power station is perfect for powering small appliances and charging all your devices.

The Jackery Explorer 500 is a well-rounded portable power station suitable for most dispersed campers.

It’s a little beefier than the Yeti 150 while still remaining pretty darn lightweight and portable. It’s 518 Wh battery makes it ideal for powering – not just charging – small devices and appliances, like electric coolers, electric blankets, CPAP machines, and more.

When it comes time for me to buy a new portable power station, I will opt for something in the size range of the Explorer 500. The Goal Zero Yeti Lithium 500X is another popular option.

If you’d prefer something in the same range as the Yeti 150, the Goal Zero Yeti 200X is a great choice. The Jackery Explorer 160 and Jackery Explorer 240 are also great power stations to consider.

Where to Buy the Goal Zero Yeti 150

Despite some minor flaws, the Goal Zero Yeti 150 is still a great portable power station for camping.

The Best Goal Zero Yeti Power Station Alternatives Right Now

Goal Zero power stations, also known as solar generators, are popular portable batteries that are great for camping, travel, and emergencies.

They’re also an alternative to the typical gas generator, and great for workers on the move that need to power gear and tools.

Related Product: Recharge your power station with a solar panel. The Twelseavan 120W (click to view on Amazon) is compatible right out of the box with all power stations in this article.

But there are a lot of power station brands on the market.

Today, we’re going to take a look at the best alternatives on the market today. Goal Zero is not a brand without competitors.

Since Goal Zero makes and sells power stations in a lot of different sizes, we can’t just point to one of Goal Zero’s competitors and say – there it is!

Therefore, I am going to list several alternatives and sizes.

We’re going to list the best alternatives to each power station made by Goal Zero (except discontinued ones), and talk a little bit about each.

Why is it a good alternative, and what does it have that the Yeti doesn’t, or doesn’t have that the Yeti does?

You might notice that not all of the alternatives are exactly the same in terms of battery capacity and inverter ratings, but I have picked the ones I believe are the best alternatives overall.

If you haven’t quite found the perfect power station for your needs, feel free to leave a comment and tell us what you’re looking for and we’ll do our best to help you out.

Try to give us as much information as possible, like where and why you’re considering a power station, what you need to power and for how long, and whether you have plans to also purchase solar panels.

I also want to add that you should consider which brand you purchase your power station from, not just which model.

Do your research on customer support and service. See how they have handled warranty and issues in the past.

I am not going to recommend a specific brand or battery, and it’s your job to do this kind of research before purchasing anything.

You can use the table of contents to get to where you want to be in the post. As always, please leave a comment with any questions you might have.

Best Alternative To Goal Zero Yeti 150 (click to view on Amazon)

The Jackery Explorer 160 is a popular power station that has almost the same battery capacity as the Yeti 150, but Jackery uses lithium batteries instead of lead-acid.

It results in a much lighter power station (4 lbs vs 12 lbs). Lithium batteries are better in most ways, so it’s not a downgrade.

Here are a couple of things that the Explorer 160 does better.

• powerful inverter (AC outlet) – Although it uses a modified sine wave inverter just like the Yeti 150, the one in the Explorer 160 can output 100W (versus 80W on the Yeti). So if you have a device that requires 90W, it’s only going to work with the Explorer 160.
• Better screen – The screen on the Yeti 150 only shows battery bars. The Jackery has a screen that shows not only battery bars, but battery percentage, and input/output watts. The display can also be lit up with the push of a button.
• Regulated 12V output – If you’re going to plug any 12V devices into your power station, a regulated 12V output will be the best since it’s capable of outputting a stable voltage that doesn’t go down as the battery voltage drops.
• USB C – The Explorer 160 has a USB C port that can output up to 15W. The two USB A ports can also output 2 more watts than the two USB A ports on the Yeti 150.
• Built-in flashlight – Some people never use them, but I do want to mention that the Explorer has a built-in flashlight on the side of the power station.
• Includes car charger – Jackery includes a car charger, Goal Zero does not.

Where the Yeti 150 wins is when you look at the maximum input. Both use 8mm input ports, but the Yeti can handle up to 60W input, or 5A.

The Explorer 160 can only handle up to 38W with solar panels connected. That means that it will take longer to charge the Jackery battery.

The Yeti 150 also has a full-size cigarette lighter output, whereas with the Jackery you need to connect the DC adapter to plug those devices in.

Goal Zero has also put a regulated 6mm output next to the cigarette lighter port where you can connect Goal Zero lights, etc.

Solar Panel Recommendation

TogoPower 100W Portable Foldable Solar Panel (click to view on Amazon) – Compatible with both the Explorer 160 and Yeti 150. DC output, dual USB ports, monocrystalline solar panel. Folds and stores easily.

As always with power stations, make sure you choose a solar panel that doesn’t have a charge controller built-in since the power station has one already.

Best Alternative To Goal Zero Yeti 400

The Maxoak Bluetti AC50S is what I could call a modern power station, not only because it uses lithium batteries and has USB C PD, but it also has a wireless charging pad on top.

Is it just a gimmick or actually useful? Well, it’s nice to have since you end up needing fewer cables to charge your devices.

I see the AC50S as a great alternative to the Yeti 400 for a couple of reasons.

• battery capacity – The Yeti 400 has 396Wh, the Maxoak AC50S has 500Wh.
• ports – The AC50S has two AC outlets, five USB (four USB A, one USB C), and three 12V DC ports. Compared to the Yeti 400, the Maxoak has two more USB A and a USB C so you can charge more devices at the same time.
• USB C PD – It can’t be used to charge the battery, but the USB C PD can output 45W which makes it a great port for newer phones, tablets, and laptops that can charge via USB C.
• Regulated 12V Output – With 500Wh and a regulated 12V output, the AC50S is a great power station for people that want to run a 12V fridge/freezer in a car, van, or camper.
• Built-in LED light – I get it, you’re never going to use it, but it’s there if/when you would want to.
• Car charger, MC4 adapter, USB C cable included – Maxoak includes not only a car charger but also an MC4 to 8mm adapter, so you can connect 3rd party panels with MC4 connectors. Last but not least there is a USB C to USB C cable so you can connect devices to the USB C PD port right out of the box. One downside I do need to mention about the car charger is that it can only charge the battery to 50% when using a 12V outlet, but to 100% if it’s a 24V port.
• Wireless charging pad – The 10W Qi wireless charging pad is great to have when you’re traveling.

Other than that, it’s very similar to the Yeti. Both can handle 120W of solar input, both have a great screen that show battery bars and input/output watts.

There are two AC outlets on both that can output 300W in total and buttons that control the ports.

One feature that can be useful to some with the Yeti 400 is the chaining port, so you can chain external lead-acid batteries to it.

Solar Panel Recommendation

PAXCESS 120W Solar Panel (click to view on Amazon) – A 120W foldable and portable panel that’s very lightweight for how much power it’s capable of outputting.

Compatible with the Bluetti among other power stations. In addition to the DC outputs, it has a USB A port and a USB C port.

As always with power stations, make sure you choose a solar panel that doesn’t have a charge controller built-in since the power station has one already.

Best Alternative To Goal Zero Yeti 200X (click to view on Amazon)

I know that the Explorer 300 is a larger power station than the Yeti 200X in almost every way, but I still believe it’s the best alternative.

There are a lot of power stations with battery capacity similar to the 200X, but they don’t have regulated 12V outputs, MPPT, or a screen.

Therefore, I recommend the Explorer 300, but if you absolutely need a small one that only weighs five pounds, the Yeti 200X is the best option right now.

Here are a couple of things that the Explorer 300 does better.

• AC outlets and inverter rating – Two AC outlets powered by a pure sine wave inverter that can output 300W. The Yeti 200X has one AC outlet powered by a modified sine wave inverter that can output 120W. A pure sine wave inverter is better than a modified one.
• The screen – The screen on the Explorer 300 shows not only battery bars and the percentage but input and output watts as well. The Yeti screen only shows the battery percentage and doesn’t let you track the wattage going in and out of the battery.
• USB QC 3.0 Port – There is a QC 3.0 port on the Explorer that will charge compatible devices faster.

The Yeti 200X is better in a couple of ways. Its USB C PD port can be used for charging, it has an extra USB C port, it can handle up to 160W input with 100W from solar and 60W from USB C PD, and it supports a faster 120W wall charger so you can charge it quickly.

The Jackery will only accept 62W input from solar panels.

The Yeti is a smaller power station overall that weighs 5 pounds versus 7.1 pounds.

Both of them use MPPT charge controllers, have a USB C PD 60W port, an 8mm input, and USB A ports that can output up to 12W.

Solar Panel Recommendation

Jackery SolarSaga 100W (click to view on Amazon) – I love this panel. It’s so easy to set up, very efficient, lightweight, portable, has a built-in stand, and can even handle some wind. It also has USB A and USB C ports.

Disclaimer: Jackery sent us two of these SolarSaga 100 panels for free to do a review. So far it’s the best portable panel we have tested. You can check out our full review here.

Another great panel is the Rockpals RP082 100W (click to view on Amazon) foldable solar panel with kickstand.

Best Alternative To Goal Zero Yeti 500X (click to view on Amazon)

The Ecoflow River Pro is a new power station that I believe is better than the Yeti 500X.

Here are a couple of things that the River Pro does better.

• Smart inverter – Ecoflow has put a “Smart inverter” in the River Pro that can power devices up to 1800W. The special inverter can output that much power when used with “80% of essential devices like kitchen appliances, home appliances, and DIY tools”. You do need to turn on the functionality, otherwise, the inverter outputs 720 watts max. I haven’t tested it myself, but it sure sounds good on paper.
• 3 AC outlets – The Yeti 500X has two, the River Pro has three.
• Wi-Fi – You can monitor and control the power station with your phone with an app.
• battery capacity – The River Pro has a battery capacity of 720Wh. The Yeti 500X has 505 watt-hours. That’s going to let you power your devices for longer.
• 100W USB C PD – It’s the only power station that I know of with a 100W USB C PD port. It’s only for output, but a very powerful port that can charge the latest MacBook 16 inch laptop at full speed.
• Faster charging – The Yeti 500X can handle up to 10A (120W) via its 8mm port, and 60W via USB C PD. The River Pro can handle up to 240W of solar input and charge within two hours. It also only takes 1.6 hours to charge the River with the included wall charger.
• Car charger, MC4 adapter, USB cable, USB C to USB C cable – Both Goal Zero and Ecoflow include a wall charger, but Ecoflow also includes a car charger, an MC4 to DC adapter, a USB A cable, and a USB C to USB C cable.
• Extra Battery – A second River Pro battery (click to view on Amazon) can be connected to the EcoFlow River Pro to double the battery capacity from 720Wh to 1440Wh.

What they have in common are the great screens that show battery percentage, time to empty/full, input/output watts, and battery bars.

The screen on the Yeti also shows total watt-hours used, battery voltage, and amps output.

Both use MPPT charge controllers, although the River Pro can handle more total input. There is a regulated 12V cigarette lighter port on both, and fast USB A ports.

Solar Panel Recommendation

Since Ecoflow includes an MC4 to DC adapter, you have a lot of options when it comes to solar panels.

Here are two compatible solar panels with MC4 connectors that will work right out of the box with the adapter Ecoflow includes: Renogy 100W (click to view on Amazon) and Renogy 175W (click to view on Amazon).

Another great panel that is compatible is the Ecoflow 160W (click to view on Amazon).

You can combine two of these with an MC4 Y branch (click to view on Amazon).

Best Alternative To Goal Zero Yeti 1000X (click to view on Amazon)

One of the latest Yeti X power stations is the Yeti 1000X model.

Unfortunately, it hasn’t gotten all of the upgrades that the Yeti 1500X and 3000X did, which is why I believe that the Ecoflow Delta is the best alternative, and actually a better power station.

Here are a couple of things that the Ecoflow Delta does better than the Yeti 1000X.

• battery capacity – The Delta has a 1260 watt-hour battery capacity, and the Yeti 1000X has 1045Wh. The more watt-hours, the longer you’re going to be able to power your devices.
• powerful inverter – Both power stations have a pure sine wave inverter, but the one in the Delta can output 300 more watts, and maxes out at 1800W like a regular 15A household outlet. The Yeti 1000X maxes out at 1500W. The Delta also has 300 more surge watts (3300W vs 3000W).
• Faster charging – Ecoflow includes a wall charger that will charge the Delta from 0 to 80% in 1 hour.
• Higher solar voltage input – The Yeti 1000X can handle up to 50V input, the Delta can do 10-65V. The downside with the Delta is that it can handle 400W input at most, and only 10A, so to reach 400W you’re going to have to wire panels in series.
• ports – There are 6 AC outlets, two USB A ports, two USB A QC3.0 ports, two USB C PD 60W ports, and one regulated 12V cigarette lighter output. The Yeti only has two AC outlets, two USB A ports, two USB C (1 60W PD), and 4 12V DC ports. I wish Goal Zero would put more AC outlets on their power stations.
• Lighter – The delta weighs 30.9 pounds, and the Yeti weighs 38 pounds.
• Included accessories – Ecoflow includes a protective bag, an MC4 to XT60 DC adapter, a fast wall charger, and a car charger. Goal Zero only includes a wall charger.

Both use an MPPT charge controller and have a regulated 12V cigarette outlet.

The USB C PD port on the Yeti 1000X can be used to charge the Yeti battery, but the USB C ports on the Ecoflow Delta are only outputs.

The screens on both of them are great, although the one on the Yeti shows more information like watt-hours used, battery voltage, and output amps.

Both show battery percentage, battery bars, time to empty/full, input watts, and output watts.

Last but not least, you can connect up to 800W of solar to the Yeti 1000X if you install the optional MPPT charge controller (a second one).

Solar Panel Recommendation

Since Ecoflow includes an MC4 to DC adapter, you have a lot of options when it comes to solar panels.

Here are a couple of compatible solar panels with MC4 connectors that will work right out of the box with the adapter Ecoflow includes: Renogy 100W, Renogy 175W, and Rich Solar 200W.

Another great panel that is compatible is the Ecoflow 110W. You can combine two of these with an MC4 Y branch.

Best Alternatives To Goal Zero Yeti 1500X/3000X/6000X

Since the Yeti 1500X, 3000X, and 6000X are very similar to one another, I’m going to list the alternatives to them together down below.

Before deciding which power station is right for you, you should consider whether battery capacity or a powerful AC outlet (inverter) is more important for your needs.

Some of the Yeti power stations have both, but there are not a lot of other brands that do. It’s either-or, in most cases.

Most of the alternatives are not nearly as powerful as the Yetis, but I think you should consider alternative ways to go about it.

For example, if you don’t absolutely need a 2000W inverter but like the battery capacity of the Yeti 1500X, maybe you should get two smaller power stations instead and get more battery capacity for the same price?

Before we get to the other brands, let’s start by taking a quick look at the specifications of the three largest Yetis right now.

• Battery Capacity – 1516Wh (1500X), 3032Wh (3000X), 6071Wh (6000X)
• Inverter Rating (AC Outlet rating) – 2000W with a 3500W surge. Pure sine wave inverter
• AC Outlets – Two
• USB Ports – Two USB A (12W), two USB C (one 60W PD that is both input/output, one 18W)
• 12V Ports – One 12V cigarette lighter port. One Anderson output. Two 6mm outputs. All 12V ports are regulated (outputs a steady voltage).
• Lifecycles – 500 cycles to 80%
• Input – 8mm (10A, 120W max input) and Anderson Powerpole/High Power Port (50A, 600W max input). Can handle up to 50V. Only one input can be used at a time.
• Solar charge controller – MPPT
• Screen – Input/output watts, battery percentage, battery bars, time to empty/full, watt-hours used, battery voltage
• Wall charger wattage – 120W (1500X), 230W (3000X), 600W (6000X)
• Wi-Fi – Control and monitor the power station with a smartphone app
• Weight – 45.64 lbs, 69.78 lbs, 106 lbs
• In the box – A wall charger. A Yeti roll cart is included with the 3000X and 6000X
• Other – Has an expansion module port where you can install an additional MPPT charge controller to be able to add another 360W of solar input.

Alright, so now we know what the new large Yeti X power stations can do. Here are some alternatives.

The Explorer 1000 is the largest power station made by Jackery. The only way it beats the Yeti is with its third AC outlet, but I still think it’s worth considering due to its smaller size and portability.

Here are the specifications of the Explorer 1000.

• Battery Capacity – 1002Wh battery capacity
• Inverter Rating – 1000W inverter with a 2000W surge. Pure sine wave inverter
• AC Ports – Three
• USB Ports – Two USB A ports (one 12W, one QC3.0), two USB C ports (18W)
• 12V Port – Regulated 12V cigarette lighter port
• Lifecycles – 500 cycles to 80%
• Solar charge controller – MPPT
• Wall charger wattage – 163W. 0-100% in 7 hours
• Input – Two inputs, 8mm and Anderson Powerpole. Only one can be used at once. Maxes out at 126W with solar panels, which means it takes 8 hours if you max the input with solar
• Weight – 22 lbs
• Screen – Shows input/output watts, battery percentage, and battery bars
• In the box – Wall charger, car charger
• Other – Built-in LED flashlight on the side

As I mentioned above, the size and the weight of the Explorer 1000 is a good enough reason to consider it.

Two of these might suit you better than one of the larger Yetis, as long as you don’t need the 2000W inverter.

A 1000W inverter is powerful enough to run most household items, but it won’t run larger kitchen appliances like microwaves, ovens, or large refrigerators.

It’s also not powerful enough to run space heaters on high, or air conditioners.

The Explorer 1000 comes with a Y adapter so you can connect two SolarSaga panels together for a faster charge.

Maxoak Bluetti EB150 EB240

These are two popular power stations made by Bluetti. They’re very similar to one another, so let’s list the features.

• Battery Capacity – 1500Wh, 2400Wh
• Inverter Rating – 1000W, pure sine wave inverter
• AC Ports – Two
• USB Ports – four USB A (15W), one USB C PD (45W)
• 12V Port – One 12V regulated cigarette lighter port
• Lifecycles – 500 cycles to 80%
• Solar charge controller – MPPT
• Wall charger wattage – 200W
• Input – 8mm. Can handle solar panels between 16-68V, max 10A. Max 500W solar in total
• Weight – 37.9 lbs, 48.5 lbs
• Screen – Battery bars, input/output watts
• In the box – Wall charger, MC4 to DC adapter
• Other – Briefcase-style design

These Bluetties got popular last year because they support a high input voltage due to a great MPPT solar charge controller, come with a lot of battery capacity for the price, and are portable.

Lately, competitors have been catching up, but they’re still solid power stations if you would rather have a lot of battery capacity than a big inverter.

Since the new Goal Zero Yeti X power stations can handle up to 50V, they’re a lot more similar to the Bluettis now.

If you would like to use solar panels to recharge the Bluetti EB150 or EB240, I recommend getting two BougeRV 12V 180W.

Wire them in series to double the voltage but not the amperage.

A series connection is made by connecting the positive wire from the first panel to the negative wire from the second panel.

Make sure the total VOC output of the panels is below the limit before you connect any panels.

This is going to add the voltages together but not the amps, and quickly recharge the Bluettis. Since Maxoak includes an MC4 to DC adapter all you need are the solar panels.

Make sure you choose a cable that’s thick enough to handle the total amperage and voltage.

Another newer power station by Bluetti is the AC200P. It has gotten a lot of publicity for being a great all-in-one power station with both a lot of battery capacity and a powerful inverter.

It also has the most advanced display with a touch-screen.

Let’s take a look at the specifications and you’ll understand why it’s popular.

• Battery Capacity – 2000Wh
• Inverter Rating – 2000W with a 4800W surge. Pure sine wave inverter
• AC Ports – Six
• USB Ports – Four USB A ports (15W), one USB C PD (60W) port
• 12V Port – Three DC outputs. One regulated 12V cigarette lighter port
• Lifecycles – 3000 cycles
• Solar charge controller – MPPT
• Wall charger wattage – 400W
• Input – XT90. Can handle solar panels between 35-150V, max 12A. Max 700W solar in total
• Weight – 60.6 lbs
• Screen – Display Shows Current, Voltage, Power, Temperature and Charging Status. Users Can Independently Alter The Output Voltage, Frequency, Charging Mode, Etc
• In the box – Wall charger, car charger, MC4 to DC (XT90) adapter, USB C cable, XT90 to aviation plug adapter
• Other – Two Qi wireless charging pads on top

The Bluetti AC200P is a great alternative to both the Yeti 1500X and 3000X. With an inverter of the same size and more battery capacity than the Yeti 1500X, it’s a great power station.

To charge the AC200P with solar, I would get two Rich Solar 200W 24V solar panels and wire them in series.

Two of these wired in series will output almost 80V.

To wire two panels in series, you take the positive MC4 connector from the first panel and connect it to the negative MC4 connector on the second panel.

Then you connect the positive and the negative to the MC4 to DC adapter and plug it into the power station.

That will add the voltages together but keep the amperage the same.

Before connecting anything, you need to make sure that the total amperage and voltage your panels are going to output is safe for the charge controller.

You also need to make sure that any extension cables or adapters can handle the total amperage and voltage.

Point Zero Energy Titan

Another new and expandable solar generator made by Point Zero Energy.

Can be configured with more or less battery capacity and solar panels. Sticks out with its dual MPPT charge controllers that can handle up to 2000W of total input.

Here are the specifications of the Titan, note that it’s configurable and some of the specs depend on what you choose.

• Battery Capacity – 2000Wh
• Inverter Rating – 3000W with a 6000W surge (when using at least two batteries). Pure sine wave inverter
• AC Ports – Six 15A, one 30A (RV) outlet
• USB Ports – Six USB A, two USB C
• 12V Port – Four regulated ports, 20A each
• Lifecycles – “Life span of 10 years”
• Solar charge controller – MPPT x 2
• Wall charger wattage – 600W (can use two if you have two batteries)
• Input – Anderson, Anderson Powerpole, SAE. Supports panels rated between 35V to 145V. Max 30A per input port
• Weight – 67 lbs (32 lb power module, 35 lb battery)
• In the box – Wall charger, car charger, MC4 to SAE, MC4 to Anderson, four USB cables

What’s special with the Titan compared to the others, is the fact that you can add more batteries to it.

If you have at least two batteries, the 30A RV outlet comes close to outputting 30A (about 600W less), and none of the other ones do that.

For more information on the Titan, you can check out Point Zero Energy’s website or contact them directly with questions.

Frequently Asked Questions

What’s Inside A Power Station?

There are a lot of parts in a power station, but the three main parts are:

A battery – This is what holds the electricity. Often talked about in watt-hours since it makes it easy to compare different sizes even if the batteries have different amp-hour ratings and voltages.

An inverter – Changes direct current (DC) to alternating current (AC). Changes battery power to 110/120V so you can plug regular electronics into AC outlets on the power station.

A solar charge controller – Makes it possible to safely recharge the batteries inside the power station with solar panels. Without a charge controller, the amperage and voltage wouldn’t be regulated which can hurt batteries. Since almost every power station has a solar charge controller already, you need to pair it with a solar panel that doesn’t come with a charge controller, since you shouldn’t use two controllers.

If you’re going to build your own power station you’re going to need more than these three things.

Do Power Stations/Solar Generators Include Solar Panels?

No, unless you’re buying a kit that clearly shows that a solar panel is included, you should assume that it’s not. That means that you’re going to have to buy a solar panel to recharge it with solar.

Every power station I have seen include a wall charger, while only some include a car charger that you can plug into a 12V cigarette lighter port in a vehicle to recharge the power station.

You can also use the wall charger to recharge the battery with a gas generator.

How Much Battery Capacity Do I Need?

It depends on what devices you plan on powering, for how long, and how often you’re going to be able to recharge the battery.

If you only need to charge a phone and a tablet for a weekend trip, it’s probably enough to bring a small power bank.

But if you’re going to charge laptops, lights, CPAP machines, TVs, and similar electronics, it’s a good idea to figure out how many watts each device uses and consider how many hours you want to be able to power each device before you can recharge the battery.

For example, here are my power needs for a day.

• Phone – 10W for two hours = 20Wh
• Tablet – 20W for one hour = 20Wh
• Laptop – 100W for five hours = 500Wh
• TV – 60W for two hours = 120Wh
• Lights – 10W for three hours = 30Wh

Based on these numbers, I need a power station with at least a 690Wh battery capacity.

If we consider the inverter efficiency (since I am going to use the inverter for my laptop and TV) I am actually going to need 800Wh (85% inverter efficiency).

Now, if I am not going to be able to recharge the battery throughout my trip and I am heading out for three days, I need to triple that which equals 2400Wh.

I’m not going to dive deeper into this in this post, but I suggest making a list of your devices and calculating until you have a watt-hour estimate.

It’s better to overestimate your electricity needs if you’re going to rely on this power station daily.

How Powerful Should The Inverter Be?

Just like with the battery capacity, it depends on what you need to power.

To power devices like phones, tablets, and laptops, you’re probably fine with a 200W inverter unless you have a gaming laptop.

You can usually find the required wattage for a device pretty easily by looking at the device itself, its charging brick, or doing a quick search online.

But it’s not enough to know what each device requires, you also need to consider if you’re going to power several devices at the same time.

A 200W inverter won’t charge a 150W laptop while also powering a 100W TV, even though they can both be run separately on a 200W inverter.

Figure out what you need to power and how much electricity it requires, then you’ll know what should be enough. Add about 25% onto the number to be safe.

Most power stations can’t run appliances like microwaves, air conditioners, heaters, and similar power-hungry things.

Also, for example, a microwave might be rated at 700W output power but require 1100W input power.

I recommend getting a Kill A Watt meter (click to view on Amazon) to see how much electricity your devices actually use.

What Do I Need To Think About When Choosing Solar Panels For My Yeti/Power Station?

Before you even figure out how to connect the panel, you need to make sure that the solar charge controller in the power station can handle the voltage and amperage rating of the solar panel.

Everything you need to know in terms of specifications can usually be found in the input specifications of the power station, and the output specifications of the solar panel.

You should also be aware that charge controllers usually have both a minimum and a maximum voltage rating, and you need to find a panel within those limits.

What Is A Regulated 12V Output?

A regulated 12V output outputs a steady voltage. A non-regulated voltage follows the voltage of the battery.

Some devices and appliances have a low-voltage cut-off, which will turn the device off when it senses a voltage too low to power the appliance safely.

So if you plug it into a non-regulated 12V port, your device might shut off when it reaches a certain battery percentage, even though it’s nowhere close to empty.

Can You Charge A Goal Zero Yeti X In A Car?

According to Goal Zero, the Yeti 12V Car Charger (click to view on Amazon) can be used with the Yeti 1500X and 3000X.

I don’t see why it wouldn’t also work with the 1000X and 6000X, but I would contact Goal Zero to be sure.

Can You Replace The Battery Inside A Yeti Power Station?

You can replace the batteries in the older lead-acid models Yeti 400 and 1250, but not in any of the lithium models (yet).

How Do I Charge My Yeti Faster?

The first thing I would do is buy the MPPT charge controller (unless you already have it). It’s compatible with the Yeti 1000 and larger.

It was included with the old Yeti 3000 (which is no longer for sale, note the difference between 3000 and 3000X).

With the non-X models, it increases the charging efficiency and the total solar input the Yeti can handle. With the X models, it allows you to connect more solar panels and chargers.

The MPPT charge controller has a voltage limit of 22V, unlike the MPPT charge controllers in the new Yeti X models 1000X and larger.

You need to be aware of the voltage your panels are going to output since the same panel configurations might not be compatible with both charge controllers and ports.

If you have a Yeti 1000, 1400, or 3000, you can use the Yeti 25A Power supply to recharge the batteries faster.

If you have a Yeti 1500X, 3000X, or 6000X, you can use the Yeti X 600W Power supply (click to view on Amazon).

One of these is included with the 6000X.

Please leave a comment down below if you have any questions or suggestions on how to improve the article.

by Jesse

Jesse has always had an interest in camping, technology, and the outdoors. Who knew that growing up in a small town in Sweden with endless forests and lakes would do that to you?

13 thoughts on “Goal Zero Yeti Alternatives – The Best Options In 2023”

It may be because I’m researching from NZ and Amazon recognises that but none of your alternatives are available on the pages you link to. Reply

Hi Jesse, First of all, big thanks to you for all the super handy information. I have a quick question regarding the Bluetti Maxoak Bluetti EB150. Is this solar generator compatible with the Offgridtec 150W Mono 12V Solarpanel? I have this particular solar panel with an MC4 end connected to an Anderson adapter. Is it possible to connect the MC4 to the Anderson adapter and then to an 8mm adapter. OR, is it better to connect the MC4 end coming off the solar panel directly to an 8mm adapter that can plug into the Maxoak station. Lastly, is the 8mm input a big disadvantage for charging this power station? Thank you so much for any thoughts or considerations. Cheers, Pia Reply

Hi Pia, Yes, it’s compatible, as long as the male MC4 connector is positive, and the female MC4 connector is negative. From the pictures it looks like it tells you on the cables, but I can’t see which is which. The EB150 includes an MC4 to 8mm adapter, so you wouldn’t have to buy anything extra. You could connect an 8mm adapter to the Anderson connector, but for better efficiency you should connect an MC4 to 8mm adapter directly to the solar panel. No, the 8mm input is the way to go since it can handle up to 500W solar input. Let me know if you have any more questions, and thank you for your comment! Reply

Hi Jesse, Okay, I did have one more (probably) question for you to confirm this compatibility. The 150W Mono 12V Solarpanel has a ‘system voltage’ of 12V, but a ‘module voltage’ (vmp) of 20V. Will the Maxoak Bluetti EB150 battery will still work with only one solar panel since the battery’s rated required input from panels voltage range is 16V-68V? After researching, I am still confused about which voltage rating would apply to the battery’s input needs. Thank you very much for your thoughts. Reply

Yeah, you should look at the VMP spec. A 100W 12V panel usually sits at around 18V when it’s doing its job, so your 150W panel will output more than 16V when it’s generating electricity. You can use most multimeters to check the voltage of the panel, but I don’t see any reason it shouldn’t work with the EB150. Reply

Hi Jesse, Thank you for your infos… Re:Jackery 1500… mc4 to 8mm doesn’t works…like it works on Jackery 1000….we need an adapter 8mm large pin and smaller pin on the other side By any chances…do you know where I can buy this 8mm adapter … Thanks Alain Reply

Yeah it’s a shame that they have changed it… I haven’t gotten my hands on the Explorer 1500 yet so I haven’t been able to test the 8mm adapters I have. I’ll update my articles as soon as I know more. Reply

Okay, I checked out this article to do a comparison to the Goal Zero 3000 like others. Is there a reason you did not just put them side-by-side in columns with the results? I tried copying them into Excel but everything wound up in one column. Yes, there’s a lot of good information, but I now have to do a lot of extra work to create a comparison spreadsheet and then go and check for on Amazon. Thanks for the effort and reading kept me on your article for awhile that could have been longer if the spreadsheet comparison was included. Joe Reply

I have a Gaal Zero Boulder 100w solar panel (suitcase) and a new EcoFlow R600. The Boulder has a single connector from the panel and the cable for the EcoFlow needs a positive and negative feed from the solar panel? What do I need to connect the Boulder to the EcoFlow? Mike Dalla Reply

Hi Mike, I think this adapter (click to view on Amazon) would make your Boulder panel compatible with the MC4 to DC adapter included with the EcoFlow River. Reply

Power Station Showdown: A Comprehensive Review of Goal Zero Yeti 1500X vs Jackery Explorer 1500

Goal Zero and Jackery are well establiched brands in the portable power station market. I’ve thoroughly tested both the Goal Zero Yeti 1500X and Jackery Explorer 1500 during my camping trips and I have been impressed by both products. These power stations offer high power output, sturdy construction, and long battery life, making them reliable choices for outdoor adventures.

In this article, I’m going to compare two of these brands’ flagship products – Goal Zero Yeti 1500X and Jackery Explorer 1500.

To sum up the differences between Jackery Explorer 1500 and Goal Zero Yeti 1500X for those who don’t have the time to read the full review, the Explorer 1500 is almost 400 cheaper, more than 10 lbs lighter, and has a slightly more powerful battery. While the Yeti 1500X has a higher surge capacity, more output ports (though only 1 more) and in some cases, can be charged faster.

Note: Jackery has introduced a new, refurbished version of their Explorer 1500 – the Jackery Explorer 1500 Pro. While all the stats remain the same, it has a more modern and sophisticated look that some might prefer. Check it out here

Disclosure: I only recommend products that I would use myself. This post may contain affiliate links that may earn me a small commission at no additional cost to you. Read the full advertising policy here.

Goal Zero Yeti 1500X Vs Jackery Explorer 1500 – Quick Summary

There’s no clear winner between Goal Zero Yeti 1500X and Jackery Explorer 1500. Both these solar power generators have fared better than the other on some counts. Take, for instance, the fact that the Goal Zero Yeti 1500X power station has a more powerful inverter, higher surge capacity, and offers one extra USB-C port to let you charge more devices at the same time.

The Jackery Explorer 1500 portable power station. meanwhile, has stood its ground by keeping its price low. It weighs less, is much easier to carry, has a more user-friendly display, and has a (slightly) more powerful battery than Yeti. So it’s your requirements and not these portable power station specifications that would ultimately decide whether the Goal Zero Yeti 1500X or the Jackery Explorer 1500 is worth your money.

Jackery Explorer 1500

• Capacity: 1534Wh
• Weight: 35.2 lbs
• Dimensions: 14 x 10.4 x 12.7 in
• Recharge times: AC Adapter – 6h, Solar panels – 5-9.5h.
• Price: 1,699.00

Goal Zero Yeti 1500X

• Capacity: 1516Wh
• Weight: 45.64 lbs
• Dimensions: 15.3 x 10.2 x 10.4 in
• Recharge times: AC Adapter – 3-14h, Solar panels – 18-36h.
• Price: 1,999.95

Goal Zero Yeti 1500X vs Jackery Explorer 1500 – Overview

Here’s a quick overview of what both these solar power stations are all about:

Goal Zero Yeti 1500X

The Goal Zero Yeti 1500X comes with a 2,000W AC inverter that can power work sites, base camps, off-grid events, and home essentials. It is also equipped with a 1,516Wh Lithium-ion battery that can maintain 100% charging capacity for up to 500 recharging cycles. That’s not all.

You can recharge this portable power station with compatible solar power panels, a wall outlet (AC), or a 12V carport. This power generator also gives you multiple options to get the power out of it, including a regular USB port, USB-C port, 12 V AC port, and 12V DC port.

Yet another notable feature of this model is that it can be controlled via the Yeti App 3.0. The app is compatible with both Android and iOS devices. It displays various pieces of helpful information, such as real-time power consumption, power in/out readings, historical power tracking, and more.

Goal Zero has made another notable improvement over its predecessor which can churn out no more than 3,000 watts during the surge. This was enough for small devices but wasn’t enough to run power tools. To do just that, the Yeti 1500X offers a surge capacity of 4,000 watts.

Goal Zero Yeti 1500X Review Ratings

Jackery Explorer 1500

The Jackery Explorer 1500 portable power station features a 1800W AC inverter that can juice up power tools, small household devices, and even larger ones such as air conditioners and ovens. This portable power station has a 1,532Wh Lithium-ion battery that claims to maintain its 100% capacity for the first 500 cycles.

Its battery’s recharge times vary based on the power source. Hooking it to 4x SolarSaga 100W Solar Panels, for instance, would take it from zero to a hundred percent in up to 4 hours. However, when drawing power from a 12V car adapter, the battery would take as many as 13 hours to get fully charged.

Also, this model has seven ports that help it power up many devices simultaneously. Air vents on both sides help keep its internal temperature manageable. And while it doesn’t have a smartphone app, its high-contrast LCD lets you know everything you may need to know about its working state.

Jackery claims that this power station can keep a blender going for 19 hours on a single charge. It further states that its 3,600W peak power and a sustained draw of 1800W translates into 21 hours of running a mini cooler, or just over an hour powering a 100W microwave oven.

Jackery Explorer 1500 Review Ratings

Jackery Explorer 1500 Vs Goal Zero Yeti 1500X – Full Comparison

Here’s how both these units compare with each other:

Design and Weight

Winner: Explorer 1500 (weighs less; easier to carry; the display is more colorful)

The Goal Zero Yeti 1500X weighs almost 50lbs with the battery pack. Three buttons (Units, Light, Info) on the center of its user-facing side let you navigate through various settings of its LCD, which shows various information such as battery percentage, hours to empty, and input and output voltage.

Four ports at the bottom (2x USB A, 1x USB C, 1x USB QC) and three on the left-hand side give you 7 options for drawing power from this unit. Plastic handles on both ends allowed me to carry it with both hands and four rubber feet at the bottom helped keep it steady on my (uneven) camping site.

The Explorer 1500, meanwhile, weighs 35lbs and has the same design as other units in the series. Four rubber feet are holding up a black and orange enclosure. One plastic handle is included to help you carry the generator around and air vents on both sides keep a lid on the unit’s inner temperature.

The heart of the Explorer 1500, however, is its high-contrast LCD. It automatically turns on once it starts supplying power and stays on for 10 seconds. You can then turn it on by pressing the Display button. It shows information such as inverter voltage, remaining battery, output and charging power, and more.

Compatible Solar Chargers

Winner: It’s a tie (both units come with equally reliable solar chargers)

Goal Zero, as you might know, has its own collection of solar panels. Known as the Boulder solar panels, they come in multiple variants, including regular and briefcase flat panels. The good news is that all of them are compatible with the Yeti 1500X.

Due to its high storage capacity and because I had to carry it on my trips, I bought the 200W Boulder panel for my 1500X. However, if you are going to install the panels somewhere, like a home roof, boat deck, or RV deck, I suggest that you go for the Boulder 200 single panel.

Jackery, meanwhile, offers three models in its SolarSaga series: 60W, 100W, and 200W. It recommends that you use the SolarSaga 100W for the Explorer 150 series. Two pieces of this solar panel will charge the 150 in 9.5 hours, whereas four SolarSaga 100W panels will juice up the 150 in less than 4 hours.

The four-fold solar charger accompanying the panels has a neat conversion rate of 23%. Just like the Goal Zero Yeti 1500X solar charger, it too has a built-in kickstand. This allowed me to place the solar charger away from the trees – where my camp was – to increase its exposure to sunlight.

Battery

Winner: Jackery Explorer 1500 (bigger battery)

The Goal Zero Yeti 1500X comes with a 1,516Wh Lithium-ion battery. One that can withstand up to 500 recharging cycles without letting its capacity drop below 100%. Even after the 500 cycles are over, the battery would still have an excellent capacity of 80%.

Little wonder, then, that it can recharge your average smartphone up to 130 times in a single charge. You can also count on the Li-ion battery to run a full-size fridge for more than a day. I personally marveled at its capacity when it kept going throughout my week-long camping trip through the parks.

Turning our attention to the Jackery Explorer 1500 portable power station, its 1,534Wh Lithium-ion battery is slightly more powerful than that of the Yeti 1500X. It is capable of running a mini-cooler for up to 21 hours, a coffee machine for more than an hour, and an average-size microwave oven for 68 minutes.

This power station also protects its battery with a dedicated management system. One that provides the battery with over current protection, short current protection, over-discharge protection, overcharge protection and even thermal protection. What more can you ask for!

Surge Capacity

Winner: Goal Zero Yeti 1500X (bigger surge capacity)

Surge capacity is the max power an inverter can supply, usually for a short time – between a few seconds to up to 20 minutes. You must check out a power station’s surge capacity if you’re going to run power-intensive appliances on it, as such devices need a higher startup surge than they do while running.

Guess what, despite the fact that it comes with a slightly less powerful battery, the Zero Yeti 1500X fares better in this regard. That is mainly because it packs a 2000W inverter in its package, whereas the Explorer 1500 comes with a 1500W inverter.

This 500W difference between the two inverters’ wattage is the reason why the Zero Yeti 1500X can provide a surge capacity of 4,000 watts, 400W more than that of the Explorer 1500 (3,600 watts). So those of you who intend to run power-intensive appliances might want to prefer the Yeti 1500X.

Otherwise, if you choose the Explorer 1500 for, say, running a 3500W motor that needs 3,900 watts at its startup, either your appliance will get damaged or the unit’s safety systems (discussed below) will shut it down. In the worst-case scenario, something might go wrong with the Explorer 1500, too.

Charging Options and Time

Winner: Goal Zero Yeti 1500X (Same number of charging options (3) but takes 1 hour fewer to get fully charged)

The Goal Zero Yeti 1500X gives you three charging options. You can either use the Boulder 100 solar panel to charge it directly from the sunlight in 18-36 hours. Or you can plug it into the wall and wait for 14 hours while the included 120W power supply AC wall charger works its magic.

Not quick enough? Then you might want to invest in either the 600W power supply or the 230W Power Supply. Both of them will bring the charging time down to 3 hours and 7 hours, respectively. The third (and the final option) of juicing up this model is by plugging it into your car’s 12V adapter.

Similar is the case with the Jackery Explorer 1500 solar generator, which also gives you three charging options. You can juice it up through the AC adapter, car charger cable or compatible solar panels. The solar panel route will provide you with the quickest charging time – almost 4 hours under straight full sunlight.

The charging time is only longer in the other two options. Hooking this power station to your AC wall outlet will require up to 10 hours to go from zero to a hundred percent. And the less I say about its charging time when connected to your car’s 12V adapter, the better.

What Can They Power?

The Goal Zero Yeti 1500X can recharge a 12Wh smartphone up to 127 times. It can also juice up a 30Wh tablet fifty-one times, a laptop for 31 times, and a POV camera for 300 times. This model can also power up a DSLR camera up to 80 times and a 5Wh headlamp more than 300 times.

You can also count on this portable power station to keep the light on top of your head running straight for 330 hours, your TV for 15 hours, and an average microwave oven for 2 hours. It can also supply power to a mini-fridge and a portable fridge for 44 and 61 hours, respectively.

Turning our attention to the Jackery Explorer 1500, it can keep a mini cooler, pressure cooker, electric grill, and microwave oven going for 21 hours, 75 minutes, 60 minutes, and 68 minutes, respectively. All in all, you can get 8 to 10 hours of power from the Jackery 1500 by drawing an average of 140-190W.

What does that tell for its comparison with the Yeti 1500? Well, I’m pretty sure, based on my experience of using both these power stations, that each can power most devices you could carry on the road, including TVs, smartphones, tablets, laptops, and more. This means we have a tie!

Jackery Explorer 1500

• Capacity: 1534Wh
• Weight: 35.2 lbs
• Dimensions: 14 x 10.4 x 12.7 in
• Recharge times: AC Adapter – 6h, Solar panels – 5-9.5h.
• Price: 1,699.00