Maximize
the net income
from your batteries
Batteries in operation or undergoing performance monitoring since 2025
Different markets and costs taken into account when optimizing your site
Transactions are transparent 24/7 and accurate to the penny
Studies conducted on standalone or co-located batteries
The leading aggregator of standalone and co-located batteries
Since 2025, StackEase has been operating batteries on the public distribution grid (Enedis) at both low voltage and medium voltage levels. Battery optimization is our core business. Our technology maximizes the net revenue generated by standalone or co-located batteries on any type of connection (LV, MV, HV) for both front-of-the-meter and behind-the-meter applications.
Our solutions for developing
and maximizing the value of your assets
Long-term studies
Multi-market Aggregation
Trading on Behalf
Performance Monitoring
Performance and Transparency
Our algorithms are developed, tested, and deployed to maximize net revenue from batteries across multiple markets, including continuous markets such as intraday trading. Variable TURPE costs, cycling constraints, and degradation costs are factored into the optimization process. Operations are always open and transparent.
Who are our services intended for?
Developers
Are you interested in developing a standalone or co-located battery project, either at a front-of-the-meter or behind-the-meter site? We can assist you with selecting the right battery, analyzing revenue streams, and putting together a bankable business plan to secure financing for your project.
Asset Owners
Whether you own a battery or have just secured financing for one, we can help you maximize the net revenue generated by your battery through an aggregation service.
Aggregators
You have access to EPEX or NORDPOOL but don’t yet have the resources to trade on the intraday market. We can help you maximize the value of your assets in this market through a trading-on-behalf agreement.
FAQ
There are many acronyms; we follow the definitions provided in RTE’s Market Rules, which are available here on page 4
Developing a BESS storage project on the same site as a power generation facility offers two main advantages: the first is the ability to share some of the development costs, such as connection costs or project management costs. The second benefit is reducing variable TURPE costs during operation. When the battery draws its energy directly from the power generation facility rather than from the grid, it avoids paying the TURPE associated with that draw.
Seeking to maximize battery revenue offers several advantages for the asset owner. First, costs can be significant when optimizing battery dispatch, ranging from TURPE charges during discharge to correction costs resulting from activations for system services. Ignoring these costs can be detrimental to the bottom line. Furthermore, factoring in degradation costs associated with battery cycling helps avoid charge and discharge operations that would not be sufficiently beneficial relative to their impact on the asset’s aging.
Yes, we don't currently have any BTM sites in operation, but our optimizer fully accounts for the consumption and non-feed-in constraints associated with behind-the-meter systems.
Our supports
We are grateful to the institutions that have supported us since our company was founded
