• Home
  • Energy Storage
  • Solar
  • Contact
  • incentives
  • About US
    • Portfolio
    • Our People
    • Our Approach
    • Channel Partners
  • More
    • Home
    • Energy Storage
    • Solar
    • Contact
    • incentives
    • About US
      • Portfolio
      • Our People
      • Our Approach
      • Channel Partners
  • Home
  • Energy Storage
  • Solar
  • Contact
  • incentives
  • About US
    • Portfolio
    • Our People
    • Our Approach
    • Channel Partners

Energy Storage Benefits & Incentives

In addition to providing energy resiliency during power outages, Energy Storage Systems (ESS) are a key element in the integration of renewable energy into the grid. 


Grid stability requires a precise match up of real time energy demand and available energy on the grid. ESS plays a crucial role in achieving this by mitigating the discrepancy between the time of day that solar energy generation is at its highest and periods of peak demand on the grid in the late afternoon and early evening.   


Battery Energy Storage Systems (BESS), with stored excess  energy produced by solar during off-peak hours, can instantaneously discharge power during periods of high demand.  This effectively smoothes out the energy supply and demand curve helping to reduce the need for costly grid upgrades and expensive power purchases from "peaker plants". 


Ultimately these avoided cost would be passed through to all utility rate payers so savings from BESS benefit residential energy consumers and businesses alike.


To support these benefits to grid infra-structure, State Energy Regulatory Authorities mandate that local Utilities implement lucrative incentive programs to promote the development of Battery Energy Storage. 

Energy Storage Inventive Programs

Programs and incentives vary between different States and Utility Territories, but the following key benefits are provided to incentivize the deployment of Solar Energy Storage Systems:


Key Financial Benefits:


  • Demand Response Markets 

               Revenue from Battery discharge at peak load periods.

  • Peak Demand Shaving

               Reduce energy costs by lowering on-site peak demand charges.

  • Load Shifting

               Lower costs by shifting grid energy use to off-peak periods.

  • Capacity Tag Savings

               Lower costs at host sites by reducung capacity tag charges.

  • Power Resiliency

               Provide host sites with Back-Up power during grid power outages.

  • Power Quality Management 

               Stabilize fluctuations in host site power quality.

  • Support Grid Infra-structure

               Reduce costly grid upgrades and "peak power" purchases.


Contact us

Greenleaf Energy Advisors

Copyright © 2025 Greenleaf Energy Advisors - All Rights Reserved.

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept