The digital twin of your energy system.
Model and optimize your energy system — in minutes.
Model and optimize your energy system — in minutes.
Your whole electricity system — modelled and optimized in minutes.
Address & full 15-min load profile.
Current generation, loads & PV.
Use cases & what-ifs: PV, battery, both.
Future load, grid fees & market prices.
Which assets optimize your system — with IRR, NPV & more.
The price lists and grid fees of all ~900 distribution grid operators — under one roof.
What separate tools can’t do: multiple uses and multiple generators on the same connection in one optimization.
Peak shaving, atypical grid use, spot, procurement, PV self-consumption and green power — not estimated one after another, but optimized simultaneously.
Multiple generators and storage on the same grid connection — including the feed-in limit. Surplus generation goes into the battery instead of being curtailed.
See how the battery would really run over a full year — day by day, before you buy it.
Cut expensive demand peaks, reduce grid fees.
Shift consumption out of high-load windows — reduced grid fees.
Charge when cheap, discharge when expensive.
Run procurement (band + spot) optimally against the storage.
Maximize your own solar, market surplus optimally.
Wind as a second generator — optimized in the energy balance like PV.
Increase self-sufficiency and cut CO₂, weighed economically.
Variants side by side: NPV, IRR, payback at a glance.
Get the most out of storage, PV and wind: self-consumption, peak shaving, spot, procurement — all in one optimization.
Optimal sizing in minutes, not weeks. Solid economics, a shareable client link.
Share analyses & reports under your own brand — for EPCs, consultants & sales.
Give your partner network a tool that finds and sells the right storage.
The most cost-effective sizing and operating strategy for battery, PV and wind at a site — across all revenue streams together (multi-use): peak shaving, atypical grid use, spot prices, procurement, PV self-consumption and green power.
Many tools simulate fixed rules and show a plausible result. Enertwin solves a real mathematical optimization problem and provably finds the economic optimum — no heuristics.
Essentially a 15-minute load profile (CSV/Excel) and the site. Grid fees, levies and high-load windows are added automatically. PV/wind can be existing or planned.
Yes. Enertwin computes co-location: wind and storage on the same grid connection including the feed-in limit — surplus wind can go into the battery instead of being curtailed.
On servers in Germany (Hetzner), GDPR-compliant.
We’ll show you on an example project how Enertwin optimizes your sizing — via Google Meet, no strings attached.