Demand charge matters
When short peaks drive a large part of energy costs, peak shaving can be economically attractive.

WERAX AG (in formation) plans and organises battery storage from approx. 100 kWh for companies – and is building its own BESS parks from 10 MWh in selected European markets in parallel.
For industry, logistics, commercial sites and campuses with PV or charging infrastructure. WERAX reviews load profile, power bill and site data and develops a realistic storage strategy from them.
View solutionsWERAX is building its own pipeline of battery storage parks. The focus is on projects from 10 MWh – with a first project in the range of around 50 MWh under review.
Open investor pageInstallation partners, sales partners, manufacturers and project developers gain clear access to WERAX projects and European target markets.
Become a partnerWhen short peaks drive a large part of energy costs, peak shaving can be economically attractive.
Storage shifts solar power to times of higher demand and can increase self-consumption.
Fleets, fast-charging points and simultaneity drive power peaks – storage and load management limit them.
Storage can reduce upgrade costs or buy time when the grid connection cannot be expanded immediately.
We see storage not just as a product but as an infrastructure project with technical, economic and regulatory logic.
Planning, project organisation and operator thinking from one hand.
Load profile, power bill, site, PV, charging needs and grid connection are captured in a structured way.
Power in kW, capacity in kWh, operating strategy, economics and risks are modelled realistically.
WERAX coordinates technology, suppliers, installation partners, grid connection, commissioning and operation.
WERAX prioritises markets by grid connection, flexibility demand, regulatory framework, site access and partner structure. Besides Switzerland, the focus is on Germany, France, Austria, Poland, Romania, Lithuania and the Balkans.
Upload your load profile, power bill or project documents – we check whether storage makes technical and economic sense.