Frequently Asked
Questions

We typically look for properties that are at least 3 acres, have reasonable access to electrical transmission infrastructure, and are zoned for industrial/commercial use or are unzoned. Flat to gently sloping terrain is preferred, and proximity to substations or transmission lines is highly valuable.

Our process starts with an initial assessment of your land including location analysis, transmission proximity, and preliminary feasibility. If your property meets our criteria, we'll begin discussions about structuring a purchase or long-term lease.

The process typically takes time depending on the complexity of the project and local permitting requirements. This includes property evaluation, environmental assessment, preliminary engineering, permitting, and contract finalization. We cannot close until a project is approved, but in exchange we can pay top market value or top of the market long term lease rates.

Yes, as soon as we are under contract, we'll begin to commit substantial resources to working on your project. This can many times run into the 100's of thousands of dollars. This shows our commitment to your project confirms our goal of getting the project built.

Battery storage projects create significant economic benefits including property tax revenue, local construction jobs, ongoing maintenance employment, and increased local spending. These projects also support grid reliability which benefits all local businesses and residents.

Battery energy storage systems have minimal environmental impact compared to other energy infrastructure. We conduct thorough environmental assessments, follow all federal and state environmental regulations, and implement appropriate mitigation measures for any identified impacts.

Our projects are designed to integrate seamlessly with existing electrical infrastructure. We work closely with local utilities and transmission operators to ensure grid stability and reliability. Construction traffic is temporary and we coordinate with local authorities on traffic management plans.

We handle early-stage development including site identification, land acquisition, permitting, interconnection applications, and environmental assessments. We develop projects to a ready-to-build stage and can transfer them to long-term operators or utilities.

We focus on utility-scale projects typically ranging from 20MW to 200MW+ with 2-4 hour duration. Project configurations are designed based on local grid needs, transmission capacity, and utility requirements.

We manage the entire interconnection process including transmission studies, interconnection agreements, and coordination with regional transmission organizations (RTOs) and independent system operators (ISOs). Our team has extensive experience navigating these complex processes.

Battery energy storage systems (BESS) store electrical energy and can discharge it when needed, providing critical grid services like frequency regulation, voltage support, and energy shifting. They are essential for integrating renewable energy sources and maintaining grid stability.

Modern lithium-ion battery systems typically have operational lives of 15-20 years with proper maintenance. Many systems come with performance warranties of 10-15 years, and technology continues to improve with longer lifespans and better performance retention.

Yes, when properly designed, installed, and maintained. Modern battery systems include multiple safety systems including fire suppression, thermal management, and automated shutdown capabilities. We follow all relevant safety codes and work with local fire departments on emergency response planning.

Projects are typically financed through a combination of equity investment, development capital, and long-term debt. Many projects have long-term power purchase agreements (PPAs) or capacity contracts that provide stable revenue streams to support financing.