Commercial Battery Storage
Store energy for your site with a solar PV battery storage system and provide a reliable power source for your business. We offer a variety of commercial energy storage systems, precision engineered to meet your company’s needs.
I n t r o d u c t i o n
As Tesla-certified specialists, we are the experts in the consultation, design and installation of solar panel battery storage systems for businesses.
What is commercial battery storage?
Solar batteries are large energy storage units typically found outside a building that charge up during sunny periods if linked up to a solar PV system, or during the night from the grid if there are low energy demands.
The batteries’ Dynamic Firm Frequency Response (DFFR) will monitor and discharge the stored energy. The solar batteries themselves are made up of rechargeable lithium-ion, stored in smaller battery packs within the units.
Combining a battery with commercial solar panels for your business can help revolutionise your organisation’s energy management and carbon savings.
Battery storage can be used to:
- Reinforce or reduce your electrical requirements
- Generate revenue by offering grid services
- Provide backup power
- Capture excess exported energy from wind or solar
- In some cases, provide Uninterrupted Power Supply (UPS).
Solar battery energy storage systems have the ability to provide backup power to your business. Much like diesel standby generators, they store power to release during periods of power outage and capture any excess energy generation, which gives you peace of mind that your site will continue to operate in the event of power supply disruption.
In certain cases, your business may be able to have access to an Uninterrupted Power Supply (UPS). This eliminates the short period of downtime that occurs when switching over to your backup solar PV battery storage in a conventional system – see the section on UPS below for more information.
Uninterrupted Power Supply
An Uninterrupted Power Supply (UPS) ensures that your business does not experience any dropouts during power outages, meaning your computer systems can remain online, the lights can stay on, and your teams can keep working.
UPS is a rapid response solar battery storage system: should power fail, then the supply to your business will go on without any interruption. They are often offered for short durations whilst a standby generator or backup battery storage system kicks in to take the load.
These solar battery systems are there to protect the continuity of your business activities, which is particularly important for companies that depend on power for essential technology or sensitive equipment that could malfunction during a power dropout.
Your business can provide grid services, which protect and stabilize the grid during periods of disruption. From this, you can earn an income for offering your solar battery storage to the National Grid.
In grid service mode, you can provide an income to your business by offering the battery to stabilize the National Grid during times of distress.
This process is often accessed through an aggregator, which controls and manages the battery storage system on your behalf to extract revenues by providing grid services to the National Grid through contracts the aggregator secures.
Grid services can offer a number of revenue streams as outlined briefly below:
- Enhanced frequency response
- Frequency response
- Capacity markets
- Triad avoidance
- Load shifting
- Peak shaving
Using solar panel battery storage for load shifting means managing the electrical load profile of your business to even out its distribution. Your organisation benefits from cheap energy at certain times whilst capturing excess exported power generated from renewable technology.
Your business can reduce energy costs by charging the solar battery storage when energy is cheap: either at night via the grid when tariffs are low and/or during the day with excess solar or wind generation. The power can then be ‘shifted’ to periods when energy is expensive (during the day and peak periods.)
Operating the solar PV battery storage in this way will typically flatten out your company’s demand for energy from the grid, giving you savings and helping to offset more of your carbon emissions. Load shifting can also help avoid the expense of upgrading your electrical connection by reducing the demand during peak periods and managing the load to fall within your agreed kVA capacity.
We are able to provide bespoke solar battery storage solutions to meet your business needs whilst offering maximum financial and environmental gains.
Operating your solar battery storage in peak shaving mode will enable you to avoid going over your agreed kVA capacity. During these periods, your business can be penalized heavily for using power, therefore, this can make a huge difference in achieving your financial objectives.
Transmission charges (kVA standing charge) from electricity suppliers are an expensive element of your company’s energy bill. Offsetting your peak load demand with energy stored in the battery will flatten your demand at these peak points and ultimately create substantial savings on your energy bill.
Reducing your peak consumption will also save money on distribution charges levied by electricity suppliers during these more expensive periods. This means that you can reinvest the money you’ve saved back into your business, therefore providing a source of sustainable growth.
If you are a growing business with increased energy demands, a solar PV battery storage system might be what you need to manage this, reducing costs and risk to your business – get in touch to find out more.
Why choose EvoEnergy for your battery storage system?
Our team of highly skilled engineers have many years of experience in designing and installing batteries for a wide range of businesses. We provide a turnkey design and delivery service, right from consultation through to installation, monitoring and maintenance.
Take a look at our battery case studies to learn more about how we’ve helped businesses like yours to achieve their sustainable energy goals.
Alternatively, get in touch with us today for any more information on the benefits of a commercial battery storage system or to learn more about how we can help your business. Battery storage could be combined effectively with a solar PV system.
Have you ever wondered; “how much energy could I generate with solar panels on my roof?”.
With our solar PV carbon offset calculator tool, you can find that out. Just by simply entering your roof size, you will receive your system size, energy output and potential money saved in the first year (estimated results).
This will give you an idea of what your carbon savings could be from installing solar panels on your roof. Give it a go today.