Jackery Solar Generator 1000
Solar Generator
Portable Power Stations
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Jackery Solar Generator 1000
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- 1002Wh capacity, 1000W (2000W peak) Output
- Multiple Output Ports
- Pure sine wave AC outlets
- Portable and compact
- Green, Quiet, Easy to Use
Jackery Solar Generator 1000 is a solar solution that combines Jackery Explorer 1000 Portable Power Station with SolarSaga 100W solar panels. It converts sun energy captured by SolarSaga 100W solar panels into electrical power and then stores it in the Explorer 1000 Portable Power Station for later use. This solar generator is a reliable and clean power source for campers, RVs, or as an emergency backup if your power goes out.
To power with Explorer 1000 (1002Wh Capacity) Please enter the wattage of the appliance (not exceeding 1002W)
Safe BMS to Fully Protect You
The industry-leading BMS (Battery Management System) provides 12 layers of protection against short circuits, overvoltages, and more. The pure sine wave inverter delivers stable power to safeguard your appliances. Additionally, with the drop-proof feature, take the solar power station with your anywhere!
Safe BMS to Fully Protect You
The industry-leading BMS (Battery Management System) provides 12 layers of protection against short circuits, overvoltages, and more. The pure sine wave inverter delivers stable power to safeguard your appliances. Additionally, with the drop-proof feature, take the solar power station with your anywhere!
How Many Solar Panels Do I Need
0 Hrs Recharging Time
0 Wh Sustainable Energy Saving
Choose One Type of Solar Panel
0 Hrs
0 Wh
Sustainable Energy Saving
Product Recommendation
Note: 1. Solar panel types and quantity depends on your purchase.
Solar recharging time varies from a different locations, temperatures, weather, etc. The actual time may be extra.
During solar recharging, keep your portable power station away from heat and direct sunlight to extend its life span.
Store in a dry and cool place, avoid contact with corrosive substances and keep away from fire and heat sources. Avoid storing with sharp objects at the same time.
FAQ
Q: I purchased two Jackery items (Explorer 1000Saga 100W), why did I just receive one package? Where is my stuff?
Your purchase order (including purchases on Solar Generator Bundles) will be shipped separately if the order contains more than one item. This shipping rule is additionally applicable for Amazon orders.2. You can only find one tracking number in your order even if the order contains more than one package. We are pleased to email you with all tracking numbers when requested.3. Please feel free to contact us through this email address: hello@Jackery.com or via Amazon.
Q: What is the maximum watts of solar panels can be used to charge Explorer 1000? Also how long will it take to recharge from a fully discharge batery?
The maximum input wattage of Explorer 1000 is 200w(12~30V,7.5~8.33A ). As for recharging time, it depends on which panel you are using and weather conditions, for example, the Explorer 1000 can be quickly recharged within 8 hours by connecting two SolarSaga 100W solar panels together with an adapter cable. If connecting only one single panel, the approximate recharging time is 17 hours. Recharging time may varies from different location, temperature, weather etc, the actual time may be different.
Q: What devices can Explorer 1000 power?
Please note that the AC output ports can only charge/power devices that operate at less than 1000-Watts, besides, the whole wattage should be under 1000 watts as well. Once exceeding, the Explorer 1000 will shut off automatically. Please refer to your device specification before purchase
Q: How to know the working times for my device?
Working time = 1002Wh 0.85 / operating wattage of your deviceFor reference, assuming power consumption of your device is 60W (might be a box fan), working time will be 1002Wh0.85/60w=14.2hrs (rough calculated).Please note: actual power consumption varies from different usages, please consult Jackery for better purchase decision.
Q: Is the solar panel waterproof?
The Saga 100W is not waterproof. To maximize the lifespan of the module,Please don’t make it get wet.
Q: Why the solar can not produce 100W power when charging to Explorer 1000 power station?
As you know. the solar panels are affected by many factors, such as the intensity of the light and the angle of the panel put on the ground. 100W is tested in an ideal laboratory. However, the intensity of the light constantly changes. In addition, the angle of the light illuminating the solar panel also changes with the rotation of the sun. Please try test your solar panel under the full sunlight to see, and make sure there is no shadow cast on the panel.
Q: How to clean the solar panel surface?
We mentioned this point in the manual. Please use a soft cloth to remove the dust and dirt on the surface. Use a damp cloth to wipe the surface of the solar module to remove any remaining dust or dirt. Any guano or other adhesive should be removed as soon as possible from the solar surface to avoid a reduction in performance.
Van Conversion Wiring: 1,000 Watt Solar System
The 10 solar panels are wired in series-parallel. Each solar panel is 100 watts. I purchased them from here, but they aren’t displaying their catalog anymore. It seems like you have to request a catalog from them now.
The numbers correspond to the component table below.
To see how I mounted the solar panels, read this post.
The rest of the system is wired like this:
Disclosure: This table contains Amazon Affiliate links for products that I used to set up my solar system as described in this post. HurriedYear.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to amazon.com.
Welcome!
I’m Joe. I am converting a 2006 Dodge Sprinter into a stealth camper. When it is finished, I will travel the United States indefinitely. I created this blog to document my journey in a way that isn’t possible with typical social media. I want to be able to look back on each great adventure long after the memories have faded.
- Jer Page The panels seem to fit just perfectly, are these racks adjustable? Or was it just a perfect fit? Very nice build you have there, I am gonna try this out on my Ford E-250 if its adjustable I Replaced the Solar Panels May 15, 2020
- easymzm Exhaust from the heater should not be allowed to accumulate under the van. Carbon Monoxide and other gasses will make their way into the cab through even the smallest holes or slightly loose door. Installing a Webasto Heater in a Van January 3, 2020
- Ariana Saraha I don’t think it’s a good idea to tee into the main fuel line. I also have an older Sprinter, and we tried that first, but discovered that it doesn’t work because that line is pressurized. Installing a Webasto Heater in a Van December 29, 2019
- Florville Nasa invented some kind of generator that pairs a Stirling engine with an ion generator. I’ve been wondering if something like this could be used for van a.c. It would require some sort of back-up, as. Solar Powered Air Conditioner in a Sprinter Van August 17, 2018
- Andrius Kaz Hi Joe, Great blog, I have a question, how does this work: So if the batteries are fully charged, and you’re still getting plenty of energy from the sun you might as well divert the extra energy. Solar Powered Air Conditioner in a Sprinter Van August 9, 2018
Affiliate Disclosure: HurriedYear.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to amazon.com.
Van Conversion Wiring: 1,000 Watt Solar System
The 10 solar panels are wired in series-parallel. Each solar panel is 100 watts. I purchased them from here, but they aren’t displaying their catalog anymore. It seems like you have to request a catalog from them now.
The numbers correspond to the component table below.
To see how I mounted the solar panels, read this post.
The rest of the system is wired like this:
Disclosure: This table contains Amazon Affiliate links for products that I used to set up my solar system as described in this post. HurriedYear.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to amazon.com.
Welcome!
I’m Joe. I am converting a 2006 Dodge Sprinter into a stealth camper. When it is finished, I will travel the United States indefinitely. I created this blog to document my journey in a way that isn’t possible with typical social media. I want to be able to look back on each great adventure long after the memories have faded.
- Jer Page The panels seem to fit just perfectly, are these racks adjustable? Or was it just a perfect fit? Very nice build you have there, I am gonna try this out on my Ford E-250 if its adjustable I Replaced the Solar Panels May 15, 2020
- easymzm Exhaust from the heater should not be allowed to accumulate under the van. Carbon Monoxide and other gasses will make their way into the cab through even the smallest holes or slightly loose door. Installing a Webasto Heater in a Van January 3, 2020
- Ariana Saraha I don’t think it’s a good idea to tee into the main fuel line. I also have an older Sprinter, and we tried that first, but discovered that it doesn’t work because that line is pressurized. Installing a Webasto Heater in a Van December 29, 2019
- Florville Nasa invented some kind of generator that pairs a Stirling engine with an ion generator. I’ve been wondering if something like this could be used for van a.c. It would require some sort of back-up, as. Solar Powered Air Conditioner in a Sprinter Van August 17, 2018
- Andrius Kaz Hi Joe, Great blog, I have a question, how does this work: So if the batteries are fully charged, and you’re still getting plenty of energy from the sun you might as well divert the extra energy. Solar Powered Air Conditioner in a Sprinter Van August 9, 2018
Affiliate Disclosure: HurriedYear.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to amazon.com.
Series vs. Parallel Solar Panel Connections
Another reason to choose an MPPT controller is it can work with different types of voltages With PWM they have to match.
If your solar array is connected in a series, it will increase the voltage. With a PWM controller, the battery and solar panel voltages have to be similar. So with a PWM controller, you are limited to a parallel connection where the amperage increases but the voltage does not.
With an MPPT charge controller you can wire the panels in a series. The controller will adjust the current to match the voltage for optimum results.
Suppose you have 5 x 200W 24V solar panels. If you connect these in a series the voltage will increase to 120 volts. A PWM controller cannot handle this, but a 48V MPPT charge controller can.
There are probably not a lot of instances where you need such high voltage. In some cases a parallel connection may be preferable. But this only goes to show the advantage of an MPPT.
Why a 1000W Solar System Needs a Charge Controller
Solar power is among the safest energy sources available, but it is not perfect. Solar arcing can occur, and without a charge controller you are putting the batteries at risk.
Auto Low Voltage Disconnect
As the name suggests, this safeguard automatically disconnects non essential loads from the system if the voltage drops below critical levels. This level is set in the charge controller and will vary per manufacturer. This feature is also handy in a 500 watt solar system.
If the voltage reaches this threshold, the safety trigger kicks in and automatically unloads. When the voltage is back at safe levels, the system starts charging again. This is an important feature that keeps the battery banks from overcharging.
Overload Protection
A charge controller works like a valve, regulating the current that flows into the battery. Without the controller the battery could become overloaded by the current coming in from the solar panels.
A 1000 watt solar array can overwhelm the battery circuit. This could cause malfunction or in a worst case scenario the battery might even explode.
With a charge controller this can be prevented. Adding extra protection like a circuit breaker to a solar system is recommended too.
Reverse Current Protection
Solar panel current flows in one direction. But in some cases the current may flow back. This is actually one possible reason why a charge controller seems to drain batteries. In fact this is likely to occur if there is no controller or it is damaged.
A reverse current protection is necessary to prevent this from happening. Without it, the battery will discharge continuously every night, leaving you in shock as to why the battery keeps losing power. This safeguard is especially important for large scale solar systems.
What Features Should I Look For?
The easiest way to go about this is to buy a solar pane kit. There are not a lot of 1000 watt solar kits available. However you can buy several smaller solar panels and ask the manufacturer for the ideal charge controller.
- Type and size. Use the guidelines given here to decide what charge controller is suitable for your solar array. How you connect the solar panels is a factor too. If you have plans to upgrade in the future, take that into consideration as well.
- Battery size and voltage. As explained earlier, an MPPT provides more options for solar panel and battery matching, but PWM controllers are more affordable. The type of controller must match the battery.
- Temperature. Some charge controllers are designed to run under a specific temperature range. Operating beyond it might affect performance.
One question that often gets asked is “can you use more than one charge controller?” Yes, you can use more than one charge controller. In many instances, using multiple MPPT controllers is ideal, though it depends on how much solar you need.
Do make sure that you use only one type of charge controller, for example, two MPPTs. Keep in mind that all controllers have voltage limits that should not be exceeded. So if your solar array has more voltage than a single controller can handle, add another.
Tips and Warnings
- Always follow the installation instructions.
- AC loads should not be connected to a charge controller. Those are only for DC loads.
- Place the controller as near the battery as possible. The closer it is to the battery, the more accurate the voltage measurement will be. This is crucial for optimizing performance.
- Some appliances and devices have to bypass the controller and must be directly plugged into the battery. This is usually the case with low voltage devices. Check the appliance / device manual for information.
- Some charge controllers are compatible with 12V and 24V systems, but others work with only one type. Double check before buying.
What Type of Controller Should I Use?
A large solar system like 1000 watts will benefit more from an MPPT controller. A PWM controller is acceptable for small solar panels. but its deficiency becomes apparent with large arrays.
Suppose that the panels in the array is at 7.42 amps and the voltage is at 23.6. With a PWM controller the maximum output you get is 175.1 watts.
With an MPPT controller it can adjust the settings so the voltage reaches its maximum potential. In the case of 24V systems, that is 28.7.
This is a hypothetical scenario, and there are many factors that will affect the performance of a solar system. But the benefits of an MPPT controller is clear.
A PWM controller will only pull power just above the battery voltage. If you were using a 12V battery for instance, the limit would be 13V or 14.4V.
With an MPPT controller such as the AMPINVT 60A by Top One Power, the system will draw the maximum power the panel is capable of. So if you have an 18V solar array, the controller pulls 18 volts or close to it.
This applies to 24V systems as well. The bigger the system, the more you benefit from an MPPT. With 1000 watt solar arrays, it makes a huge difference in terms of performance.
Series vs. Parallel Solar Panel Connections
Another reason to choose an MPPT controller is it can work with different types of voltages With PWM they have to match.
If your solar array is connected in a series, it will increase the voltage. With a PWM controller, the battery and solar panel voltages have to be similar. So with a PWM controller, you are limited to a parallel connection where the amperage increases but the voltage does not.
With an MPPT charge controller you can wire the panels in a series. The controller will adjust the current to match the voltage for optimum results.
Suppose you have 5 x 200W 24V solar panels. If you connect these in a series the voltage will increase to 120 volts. A PWM controller cannot handle this, but a 48V MPPT charge controller can.
There are probably not a lot of instances where you need such high voltage. In some cases a parallel connection may be preferable. But this only goes to show the advantage of an MPPT.
Why a 1000W Solar System Needs a Charge Controller
Solar power is among the safest energy sources available, but it is not perfect. Solar arcing can occur, and without a charge controller you are putting the batteries at risk.
Auto Low Voltage Disconnect
As the name suggests, this safeguard automatically disconnects non essential loads from the system if the voltage drops below critical levels. This level is set in the charge controller and will vary per manufacturer. This feature is also handy in a 500 watt solar system.
If the voltage reaches this threshold, the safety trigger kicks in and automatically unloads. When the voltage is back at safe levels, the system starts charging again. This is an important feature that keeps the battery banks from overcharging.
Overload Protection
A charge controller works like a valve, regulating the current that flows into the battery. Without the controller the battery could become overloaded by the current coming in from the solar panels.
A 1000 watt solar array can overwhelm the battery circuit. This could cause malfunction or in a worst case scenario the battery might even explode.
With a charge controller this can be prevented. Adding extra protection like a circuit breaker to a solar system is recommended too.
Reverse Current Protection
Solar panel current flows in one direction. But in some cases the current may flow back. This is actually one possible reason why a charge controller seems to drain batteries. In fact this is likely to occur if there is no controller or it is damaged.
A reverse current protection is necessary to prevent this from happening. Without it, the battery will discharge continuously every night, leaving you in shock as to why the battery keeps losing power. This safeguard is especially important for large scale solar systems.
What Features Should I Look For?
The easiest way to go about this is to buy a solar pane kit. There are not a lot of 1000 watt solar kits available. However you can buy several smaller solar panels and ask the manufacturer for the ideal charge controller.
- Type and size. Use the guidelines given here to decide what charge controller is suitable for your solar array. How you connect the solar panels is a factor too. If you have plans to upgrade in the future, take that into consideration as well.
- Battery size and voltage. As explained earlier, an MPPT provides more options for solar panel and battery matching, but PWM controllers are more affordable. The type of controller must match the battery.
- Temperature. Some charge controllers are designed to run under a specific temperature range. Operating beyond it might affect performance.
One question that often gets asked is “can you use more than one charge controller?” Yes, you can use more than one charge controller. In many instances, using multiple MPPT controllers is ideal, though it depends on how much solar you need.
Do make sure that you use only one type of charge controller, for example, two MPPTs. Keep in mind that all controllers have voltage limits that should not be exceeded. So if your solar array has more voltage than a single controller can handle, add another.
Tips and Warnings
- Always follow the installation instructions.
- AC loads should not be connected to a charge controller. Those are only for DC loads.
- Place the controller as near the battery as possible. The closer it is to the battery, the more accurate the voltage measurement will be. This is crucial for optimizing performance.
- Some appliances and devices have to bypass the controller and must be directly plugged into the battery. This is usually the case with low voltage devices. Check the appliance / device manual for information.
- Some charge controllers are compatible with 12V and 24V systems, but others work with only one type. Double check before buying.