CurvatureEnergy is a grid-scale battery storage developer based in Zug, Switzerland. We originate and develop grid-scale and behind-the-meter battery energy storage system (BESS) projects, working from site screening through grid connection, land, permitting and commercial structuring to ready-to-build (RTB).
CurvatureEnergy originates projects and coordinates the technical, land, grid, permitting and commercial workstreams required to move selected sites towards implementation.
We identify and screen locations, initiate grid enquiries, assess land and planning constraints and structure a staged development programme towards RTB.
Project developmentWe assess load data, tariffs, PV generation, available space and grid conditions, then define the BESS configuration and commercial structure for the site.
Industrial sitesWhere the site and contract support the model, CurvatureEnergy finances, builds, owns and operates the BESS, with savings shared under agreed measurement and settlement terms.
Discuss a siteEach project is advanced through documented decisions. Screening outputs, verified facts, assumptions and outstanding third-party responses remain distinct.
We separate source documents and counterparty responses from working assumptions and items that remain to be confirmed.
Grid, land, planning and technical questions are addressed in a deliberate sequence before further resources are committed.
Project owners, site hosts, network operators, authorities and delivery partners need a clear scope, decision path and record of dependencies.
Our case studies describe the work performed and the status reached. They do not present screening candidates as secured projects or preliminary analysis as an approval.
An anonymised case study showing how a Swiss candidate moved from geospatial screening into site-specific grid review.
Read the case studyAn anonymised development analysis covering site demand, PV integration, BESS sizing and the commercial interface.
Read the case studySource-led analysis of Swiss grid costs, tariffs, frequency services, hydropower interaction and project-development requirements.
Explore Insights