Idle most of the day
A battery set up for one job, shaving peaks or storing solar, waits for that moment and does nothing in between.
All day, Pleevi decides whether your battery should shave a peak, store solar, buy cheap energy or earn on the markets, and weighs every cycle against what it costs the battery.
A workplace with four electric cars, a building, 50 kWp of solar, a 100 kWh battery and a 70 kW grid connection, on a dynamic energy price.
CarsBuildingSolarBatteryGrid
A battery set up for one job, shaving peaks or storing solar, waits for that moment and does nothing in between.
Peak shaving, self-consumption, price arbitrage and the markets each need their own plan, and they compete for the same battery.
Charging and discharging without a plan wears the battery for little in return.
From load, solar and price forecasts, Pleevi plans when the battery charges, holds and discharges, and re-plans whenever something changes.
Peak shaving, self-consumption, arbitrage and markets in one plan, so the battery is never idle while it could be earning.
Pleevi looks for the best balance between savings and battery cycles: it weighs what a cycle earns against your battery’s levelized cost of storage (LCOES), its cost per cycle.
Yes. Pleevi steers a battery on its own or with solar and building loads.
It forecasts your load, your solar production and the prices on the day-ahead and imbalance markets, then plans when to charge, discharge or hold, and re-plans whenever something changes.
Yes. Pleevi follows day-ahead and imbalance prices and can earn congestion-management revenues, and through certified market partners it adds FCR, aFRR and mFRR, and wholesale and capacity-market bidding.
We show you what Pleevi would do with your assets, your contract and your grid limit.