Resources
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See how a battery energy storage system reduces energy costs, increases sustainability, and improves resiliency
Energy storage allows organizations to implement cost-saving strategies like energy arbitrage – charging the battery when electricity rates are low, and using the stored energy when rates are high
Energy storage systems can help facilities avoid high demand charges by performing “peak shaving” or “load shedding” – quickly shifting to battery power consumption during peak pricing periods
When paired with solar energy systems, energy storage systems enables excess solar generated during the day to be stored and used at night, extending the hours of green energy use to help organizations meet their sustainability targets
Energy storage systems can enhance a facility’s energy resiliency during power outages by serving as a source of backup power for critical operations and services
Keep up with building codes and attract tenants with eco-friendly clean energy systems that are installed on time and budget
Reduce carbon emissions, comply with regulations, and achieve ESG goals by generating and using onsite renewable energy
Fold clean technologies into existing infrastructure with ease, and gain insights into performance with real-time monitoring
Decrease cost per mile, increase vehicle readiness, and leverage powerful telematics with intelligent EV charging
Easily and securely integrate the PowerFlex X™ intelligent energy management platform into your existing tech stack with public APIs
Get the energy you need by the time you leave when you choose PowerFlex smart electric vehicle charging stations
PowerFlex gives you control over your energy destiny, allowing you to make the transition to cleaner and more affordable electricity.
40+ MWh
Turnkey or upgrade projects. Single properties or multi-site portfolios. No matter the project, PowerFlex is there with you every step of the way.
1-2 Months
Assess site feasibility
Determine applicable policy incentives
Advise on local and federal policies
Create project economics model
Identify financing options
2-5 Months
Create/refine site design and building plans
Submit incentive program applications
Maximize incentive program funding
Track program funding
Arrange finance options
Secure utility approval
Secure permits, as applicable
Sign contracts
1-18 Months
Complete full engineering plans
Secure permitting from AHJ (authority having jurisdiction)
Hire construction contractors
Coordinate with onsite team
Procure all major equipment
Coordinate with utility for interconnection
Mobilize and build
Obtain COD (commercial operation date)
Asset Life
Define total scope
Sign contracts
Monitor and optimize energy assets
Dispatch O&M team as required
Manage warranties
Provide customer support
Manage ongoing incentives
Decommission energy assets responsibly
Using patented algorithms, the PowerFlex X intelligent energy management platform monitors, controls, and co-optimizes your onsite clean energy assets including solar, energy storage, EV chargers, and more
Learn MoreCleantech solutions are more affordable to install than you might think. PowerFlex has the industry expertise to help make your green dreams a reality.
Incentives
Our policy experts connect you with the most beneficial incentives and rebates at the federal, state, local, and utility levels
Explore IncentivesFINANCING OPTIONS
Take advantage of attractive financing arrangements — including ones with no upfront capital commitments
Explore Financing OptionsIncentives for installing battery storage systems may include investment tax credits, rebates, grants, and other financial mechanisms that vary by region and policy environment.
A battery storage system can help reduce demand charges, provide energy arbitrage opportunities, allow participation in ancillary services markets, and potentially generate revenue from grid services.
The lifespan of battery storage systems can vary but typically ranges from 10 to 15 years depending on the technology, usage patterns, and maintenance.
Battery storage systems store excess energy generated from renewable sources when production exceeds demand and deploy it when demand is higher, thus smoothing out the variability of renewable energy sources.