Technologies

Battery energy storage development

Bringing gigawatts of clean, reliable power to the grid.

Battery storage

What is a battery energy storage system?

A battery energy storage system (BESS) stores electricity—often from renewable sources like solar—so it can be used later when demand is high or when the sun isn’t shining. These systems play a critical role in supporting a reliable and resilient power grid. By storing excess energy and delivering it when it’s needed most, battery storage helps balance supply and demand, reduce strain on the grid, and prevent outages. It also allows for greater use of clean energy by making it available around the clock, not just when it’s being generated.

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Battery storage

What is a battery energy storage system?

A battery energy storage system (BESS) stores electricity—often from renewable sources like solar—so it can be used later when demand is high or when the sun isn’t shining. These systems play a critical role in supporting a reliable and resilient power grid. By storing excess energy and delivering it when it’s needed most, battery storage helps balance supply and demand, reduce strain on the grid, and prevent outages. It also allows for greater use of clean energy by making it available around the clock, not just when it’s being generated.

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Battery storage

Types of projects

Battery energy storage systems (BESS) are a critical part of modernizing the grid. They store excess energy when demand is low and deliver it when demand is high—helping balance supply, improve reliability, and release stored power at a lower cost.

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Community-scale battery energy storage

Community-scale battery energy storage projects are typically connected to the local distribution grid. These systems serve neighborhoods, small towns, or commercial districts, helping stabilize the local grid and improve resilience. This type of battery energy storage project is most common in areas with strong policies supporting distributed energy resources.

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Utility-scale battery energy storage

Utility-scale battery energy storage projects are much larger, often installed alongside solar or wind farms or placed strategically near substations. They connect at the transmission level and serve broader grid needs—such as frequency regulation, peak shaving, and backup during outages. These projects are expanding rapidly across North America as utilities aim to ensure power is available when required and consumer energy pricing is reduced.

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Project Timeline

Development process

01
Interconnection
Interconnection is the process of connecting a battery project to the local or regional power grid so the electricity it stores can be delivered to homes and businesses. Developers work closely with utility companies to study the grid’s capacity, determine the best connection point, and ensure the system will operate safely and efficiently. It’s a key step that determines whether a project can move forward.
02
Permitting
Before any construction begins, battery projects must receive approvals from local, state, and sometimes federal agencies. This includes reviewing environmental impacts, land use, zoning, and safety standards. The permitting process ensures the project fits the community’s needs, protects the environment, and follows all regulations.
03
Construction
Once permits are approved, construction begins. This typically takes 6 to 12 months and includes preparing the land, installing batteries and electrical equipment, and building access roads and fencing. Developers follow strict safety and environmental guidelines, and construction is carefully managed to minimize disruption to the surrounding area.
04
Operations and maintenance
After construction, the battery project begins storing electricity. It operates quietly and with very little maintenance, often for 20 to 40 years. These systems are monitored remotely 24/7 to ensure performance and safety. During this phase, the project provides clean energy to the grid, supports local power needs, and contributes to a more sustainable energy future.
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Battery storage

Benefits of projects

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Strengthening the electrical grid

Battery storage projects play a key role in modernizing and stabilizing the grid. They store excess energy—whether from renewable or traditional sources—and release it when demand is high. These projects often front the cost of utility upgrades such as improved substations, transformers, and control systems, reducing the burden on ratepayers and enhancing grid reliability in your area.

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Boosting grid efficiency

By storing electricity and dispatching it during peak hours, battery systems reduce strain on the grid, improve energy efficiency, and lower the need for fossil fuel-based “peaker” plants. This helps your community rely on cleaner, smarter energy—even when the sun isn’t shining, or the wind isn’t blowing.

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Low impact and quiet operation

Battery energy storage systems are quiet, self-contained, and require minimal land disturbance. They don’t emit pollution or greenhouse gases, and they operate quietly with no daily traffic or on-site personnel required during normal operation.

Increased tax revenue

Battery storage projects generate significant local and county tax revenue, far exceeding the property taxes collected from alternative uses. This funding helps support schools, emergency services, and infrastructure—all while placing minimal demand on public services.

Frequently asked questions

Are battery energy storage systems safe?
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Yes, when designed, installed, and operated according to rigorous industry standards and local regulations, battery energy storage systems (BESS) are safe and reliable. With all RIC Energy’s projects involving electricity and energy storage, they require careful planning and proper safety measures.

Modern battery systems are equipped with multiple layers of safety protections, including temperature controls, fire suppression systems, and remote monitoring. We work closely with fire departments, local permitting authorities, and engineering experts to ensure each project meets or exceeds all safety codes and minimize risk.

Will the project contaminate water/groundwater?
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BESS projects use solid battery cells that, like in cell phones, do not contain any liquids that could contaminate water systems.

Can the system be shut down in case of an emergency?
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BESS projects are monitored remotely 24 hours a day. The facility can be disconnected remotely by the project operator and the utility. It can also be disconnected locally by the utility and potentially first responders (if they choose to accept training to do so). In any event, contact information is provided to the local first responders so they can reach the 24-hour operators to request disconnect.

What happens if a battery system is struck by lightning?
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A sophisticated grounding design will be put in as part of construction and installation. This will provide protection to assure that the energy from a lightning strike is not transferred into the battery system.

How do battery energy storage systems work?
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The batteries go through a full cycle of charging and discharging every day. They charge during off-peak hours and discharge daily during the afternoon peak.

Charging Phase:

  • When electricity demand is low or energy generation is high, the BESS stores excess electricity from the grid.
  • Energy is then converted from AC to DC and stored in the battery cells.

Discharging Phase:

  • During peak demand or when the grid needs extra power, the BESS releases stored electricity.
  • The stored DC power is converted back to AC and supplied to the grid or local consumers.
Will herbicides be used during maintenance?
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While there is need for periodic weed control in and around the fence line of the project, this is managed by hand and machine without the need for herbicides.

Can these battery systems be recycled?
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Yes, batteries are recycled at the end of their useful life.

Will the project create stormwater runoff?
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BESS project areas are small (less than 1/5 of an acre) and seek to replicate the existing stormwater flows for every site.

Does the equipment make noise?
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The equipment produces a low level of noise, but it is typically not heard outside of the immediate area of the system. It doesn’t cause any disturbance to nearby homes or properties.

What is the lifespan of a battery facility?
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The battery storage equipment comes with a performance guarantee of up to 20 years, and with regular maintenance and occasional upgrades, the equipment life can often be extended longer.

We can secure energy dominance together

As North America rapidly advances toward energy independence and increased domestic energy production, RIC Energy plays a vital role in this transition. Our dedicated team of land and environmental specialists identifies, secures, and develops high-potential renewable energy sites, preparing them for successful permitting and future energy generation.

Renewable energy companies are looking for private landowners to partner with on new project opportunities. By leasing your land, you can generate steady, long-term income while supporting clean energy development. Every region has unique energy needs, and local power grids depend on reliable, affordable energy sources to keep up with growing demand—your land could be part of the solution.