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Commercial solar battery storage. Commercial solar battery storage

Commercial solar battery storage. Commercial solar battery storage

    Commercial solar battery storage

    With commercial solar in New York, your business can reduce its overall operating costs, have more redundancy to protect operations, and limit its carbon footprint. For commercial organizations of all sizes, New York Power Solutions can design efficient solutions for commercial solar in New York.

    Our turnkey service is designed to reduce complexity and stress at every step. Learn how affordable and efficient commercial solar in New York can benefit your business.

    The Benefits of a Commercial Solar Installation in New York.

    From boutique retailers to gas stations and office buildings to warehouses, New York Power Solutions can provide a commercial solar installation in New York to reduce your reliance on the grid. Costs are also reduced, ensuring an excellent return on investment.

    A commercial solar installation in New York might not cover all of your energy needs throughout a given year, but adding panels can make a significant difference in terms of total operating costs. There are other benefits of a commercial solar installation in New York, all of which should be considered within the context of your business model.

    • A commercial solar installation in New York can provide a strong return on investment, often ranging from 15% to 25% throughout the lifetime of the system.
    • Commercial solar in New York can improve your brand image. If your company is committed to a greener brand with a reduced carbon footprint, commercial solar panels in New York simply make sense.
    • With less expenditure on electricity from the grid, a commercial solar installation in New York can improve cash flow.
    • Because solar is predictable and with detailed reporting statistics, it is often easier to predict utility costs, which can improve operational efficiency.
    • Solar improves reliability. New York is exposed to countless outages related to grid problems and weather events each year. Reliable power during blackouts is available with a battery backup system.

    Solar is more durable than ever before with systems lasting up to 30 years before extensive maintenance or component replacements are necessary. Every commercial solar installation in New York is provided with a 25 Year Warranty.

    commercial, solar, battery, storage

    What to Look for When Considering Commercial Solar Panels in New York.

    There’s a growing number of installers of commercial solar panels in New York. But not every solar provider is right for your business. You need a provider of commercial solar panels in New York that has the experience and technology to make your transition efficient.

    New York Power Solutions is the best installer of commercial solar panels in New York. We lead the market with our attention to detail, versatile solutions, and exceptional customer service.

    • Your business needs flexibility. We offer versatile cost distribution and financing options that can be tailored for your organization.
    • We have performed more than 5,000 successful solar installations throughout New York. Our installers of commercial solar panels in New York are industry certified.
    • Look for efficiency when installing solar. With our advanced drone technologies and software modeling, we can predict solar production with the highest degree of accuracy. This helps you to make a Smart investment.
    • Commercial solar panels in New York are just one aspect of a functioning electrical system. We are also ready to provide battery backups, generator installation and integration, and other advanced features and technologies that will keep your business running.

    Most importantly, you need to know that it’s worth it. That’s why we provide detailed cost-benefit analysis reports so that you can make an informed decision on commercial solar panels in New York.

    Commercial Solar Battery Storage in New York.

    Businesses can use commercial solar battery storage in New York to significantly increase the potential savings generated by a solar installation.

    Panels alone can power the business during peak energy times and even export some energy back to the grid for increased savings. Commercial solar battery storage in New York takes things a step further.

    When excess energy is produced, it is sent to the commercial solar battery storage in New York. When the batteries are fully charged, any additional power generated is banked directly back into the grid. For businesses that still operate in the evening, the energy stored in the batteries is deployed. This is when grid consumption costs are particularly high, so these must be offset.

    commercial, solar, battery, storage

    Even if the commercial solar battery storage in New York is depleted, any energy taken from the grid will be offset by any previously exported.

    In simple terms, commercial solar battery storage in New York creates more savings because it allows businesses to store energy on-site rather than export it all to the grid. In this way, it can be used when it is most needed and when grid costs are at their highest.

    As a bonus, commercial solar battery storage in New York still offers the previously mentioned redundancy for blackouts.

    Choose the Experts for Commercial Solar in New York.

    Our experience, relationships with leading technology providers, and familiarity with the unique conditions in New York make us the ideal solar company for your business. New York Power Solutions designs and deploys commercial solar in New York, customized for the needs of the business.

    If you are looking to add power redundancy, limit the interruption of blackouts, reduce costs, limit environmental impact, and improve overall efficiency, solar is the way to go. Get started with your free commercial solar consultation today. Call us at 844-GO-NY-SUN.

    Get An Instant Ballpark NY Solar Estimate Using Satellites!

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    The Rapid deployment of low-carbon technologies such as wind and solar is making it increasingly difficult to forecast variable generation, creating challenges around grid stability, congestion and market volatility.


    connected devices and Smart sensors create fast decision-making on dynamic and nodal prices, while intelligent control systems and internet-enabled software optimize power plants and the grid.


    The growing penetration of distributed energy resources, including renewables and storage, is creating more “prosumers” and increasing distribution grid complexity.

    Discover how GE’s Reservoir is making California’s Imperial Irrigation District greener today.

    A battery energy storage solution offers new application flexibility and unlocks new business value across the energy value chain, from conventional power generation, transmission distribution, and renewable power, to industrial and commercial sectors. Energy storage supports diverse applications including firming renewable production, stabilizing the electrical grid, controlling energy flow, optimizing asset operation and creating new revenue.

    For renewables developers, energy storage offers a faster alternative to a PPA, which may have a lead time of a year or more. For utilities, energy storage offers relevancy with increased distributed generation.

    Energy storage can help you increase the dispatchability and predictability of renewables, helping to meet strict code and connection permits.

    GE’s Reservoir energy storage solutions integrate across the grid to help our customers do more than they ever thought possible.

    PV storage systems for commercial industrial enterprises

    In commercial enterprises in particular, energy is not only required when the sun is shining, but also around the clock. Cooling systems, production machines or computer infrastructures must also be supplied with energy during the evening and overnight.

    The more solar energy used for these loads, the more cost-effective this is for the company.

    For this reason, high rates of self-consumption is the highest priority for commercial photovoltaic systems.

    This can be achieved through the use of storage systems. To be able to supply critical infrastructure with energy even during power outages, a backup power function is also advantageous.

    With Fronius storage solutions for large-scale systems, you can offer your customers reliable systems that provide clear financial rewards.

    Advantages of PV storage systems for commercial industrial enterprises

    • Reduced energy costs
    • Energy security for cost-effective operation with no failures
    • Greater level of self-consumption
    • Quick return on investment

    Utilize the full potential of the PV system with energy storage.

    A PV system supplies a company with cost-effective solar energy during the day. The addition of a storage system means that surplus energy is not fed into the grid, but stored instead. This energy can then be used in the evening and at night when the PV system is not producing any electricity. As more self-generated electricity is used, the rate of self-consumption is increased.

    • Reduced costs through increased self-consumption and less electricity being sourced from the grid
    • Greater independence from rising electricity prices
    • Quicker return on investment

    PV storage systems for increased energy security

    Storage systems form the basis for maximum independence – even in the event of power outages and grid disturbances. To continue supplying critical infrastructure in the company with power during a grid failure, stored energy in the battery is used and prevents financial losses from being incurred due to system failures.

    Up to now, diesel generators, which are powered by expensive fuel, were often the backup in emergencies. Well-planned PV systems with an energy storage solution mean these are mostly superfluous.

    Our Fronius storage solutions offer the following:

    • Energy security during grid disturbances power outages
    • Reliable energy supply for critical infrastructure
    • Economic security through safeguarding of ongoing operation

    Solar-Plus-Storage: The Future of Business Energy Efficiency

    One of the biggest challenges with solar generation is that it’s intermittent – you can’t generate solar energy when the sun isn’t shining. Another challenge is that at certain times of day, your solar generation may be greater than the amount of electricity you can actually use in real-time. What happens to that excess energy?

    • In some areas, you can sell it back to your utility company through what’s called net metering. But, you only get a fraction of the rate you’d pay for power from the electric grid. Sure, you might get a break on your utility bill, but the economics here aren’t great.
    • You could throttle the production of your solar panels so that you only generate as much electricity as you need. But in this scenario, you’re leaving a lot of value on the table.

    Fortunately, there’s a third option that solves both the intermittency and excess solar generation challenges – you add storage. Adding energy storage to your solar system can maximize your investment, and we think it’s pretty genius. Here’s why.

    commercial, solar, battery, storage

    What is Solar-Plus-Storage?

    As you probably guessed, a solar-plus-storage system includes a solar array that’s co-located with an energy storage solution. This setup allows you to bank the excess energy generated by your solar array for future use – giving you energy flexibility and independence.

    Most storage systems used by commercial and industrial operations include lithium ion batteries, but there are other options. We’ll delve into the different types of battery storage in a bit, but first, let’s look at how storage can maximize your solar power investment.

    The Benefits of Solar-Plus-Storage

    There are three primary reasons why you should consider adding storage to your solar system, which is also called solar PV:

    commercial, solar, battery, storage


    Severe weather is causing more frequent and longer power grid outages. than just an inconvenience, long-term power outages are costly for businesses in terms of lost productivity, inventory, and opportunities.

    Solar-plus-storage makes your business more resilient because you will have a reliable source of electricity no matter the state of the utility grid – or the time of day.

    Your solar panels can generate backup power during the day, storing any excess electricity you generate in your battery system. The batteries can then be discharged to power nighttime operations.

    Lower and more predictable energy costs

    A solar-plus-storage system can also reduce your electricity costs and make your utility bill more predictable. Commercial and industrial businesses (CI) typically pay more for electricity during peak demand hours. If you’re generating your own solar power, you can use that energy during the more expensive hours for the grid, avoiding some or all of your utility’s peak demand charges.

    Of course the challenge with this is that peak demand times are typically during times of day when the sun is moving lower in the sky and your solar panels aren’t as efficient. This is where storage comes into play. If you have excess solar energy stored in batteries or another type of storage technology, you’ll be able to use that power to minimize the amount of grid energy you need during peak hours, which saves you money.

    Maximize the use of renewable energy

    In addition to increasing the financial value of your PV system, storage can maximize your use of renewable energy, helping you to further reduce your carbon footprint and meet your sustainability goals.

    As we’ve discussed, storage allows you to shift when you use the excess energy your solar array generates. That means that when your solar PV system isn’t generating power at night, or it’s not producing enough energy to meet your power needs on a cloudy day, you can draw on that stored energy rather than a fossil fuel powered source, such as the electric grid.

    The electric grid still largely uses fossil fuels to generate power, so the math here is simple. The lower the electricity demand from customers, the less energy the utility needs to generate, and the less carbon pollution is released into the atmosphere.

    Sustainability is good for business

    Reducing your carbon emissions also makes good business sense. Companies are increasingly selecting partners based in part on a vendor or supplier’s efforts to source and use clean energy. Solar panels combined with storage could give you a leg up over the competition the next time you bid for a contract.

    Types of Solar Energy Storage

    There are three primary ways to store solar energy – thermal, mechanical, and batteries. Let’s take a look at the differences.

    Thermal technologies

    Thermal energy storage is typically only used in very large scale installations called concentrated solar power (CSP) plants. The technology requires a fluid, such as water or molten salt, that can absorb and retain heat from the sun. This fluid is then stored in an insulated tank. When the stored solar energy is needed, the thermal storage system uses the heated fluid to boil water and create steam, which powers turbines that generate electricity.

    Mechanical energy storage technologies

    Flywheel, pumped hydro, and compressed air are other technologies used to store energy, though due to costs, space requirements, and the sheer number of moving parts, these solutions are typically deployed only by very large businesses or at the utility scale level. All these technologies convert excess electrical power into mechanical power, which can then be converted back to electricity when needed.

    Battery storage

    If you’re investigating solar energy storage for your business, batteries are probably the most viable option – both in terms of economics and practicality. Here’s why.

    Solar batteries are a type of electrochemical battery; they store and release energy through a chemical reaction. The most common types of electrochemical batteries are lead-acid, nickel cadmium (NICd), nickel metal hydride (NiMH), and lithium ion (Li-ion).

    You’re probably familiar with Li-ion batteries because they’re commonly used in cell phones and laptops, as well as in many hybrid and electric vehicles. Driven by the demands of the electric vehicle industry, battery manufacturers have made technological advancements in the past few years that have increased the storage capacity and reduced the price tag of lithium ion batteries. These are just two of the reasons that Li-ion is emerging as the battery of choice for the solar industry.

    Li-ion chemistry is well understood and safe, and the batteries are smaller and relatively lightweight compared to other options, which means they can be installed just about anywhere. They’re also resilient – they’re designed to handle the repeated charge and discharge cycles they’ll encounter as a part of a PV storage system.

    All these factors make Li-ion batteries a great solution for businesses looking to maximize the ROI of their solar power installation.

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