Sistema solar BESS de 100 kVA (100 kW + 215 kWh)

215kWh BESS stores solar energy in a lithium battery bank sized at 215kWh and delivers it through a bidirectional inverter, so a site can shift solar generation into the evening peak and keep running through grid outages. Load-shedding is the single largest cost for commercial users in Nigeria, Ghana and Kenya, where battery storage converts an outage into a non-event.

Unlike a plain on-grid array, the 215kWh BESS holds energy in reserve, so critical loads survive an outage without a diesel start-up delay.

Typical applications for a 215kWh BESS include:

• A factory or hotel needing firm evening capacity
• A cold-storage, water-treatment or telecom site
• A commercial building with lift, HVAC and IT loads
• A microgrid or IPP peaking asset

If you need generation as well as storage, pair it with a Sistema solar híbrido de 100 kW or a choosing reliable solar system suppliers. For pure commercial self-consumption, a 100kW / 215kWh BESS is worth comparing on cost per usable kWh.

Sizing a 215kWh BESS means matching usable energy to the load it must carry overnight. At 215kWh the storage block is usually sized so daily cycle depth stays under 80 percent, which protects cycle life and keeps the warranty intact.

Independent cost and technology benchmarks are published by the U.S. Department of Energy Solar Energy Technologies Office. See our guide to choosing reliable solar system suppliers, and for landed price assumptions read the solar panel price guide for the Philippines.

Each 215kWh BESS ships as a complete containerised or cabinet solution: LiFePO4 modules, BMS, bidirectional inverter, thermal management and fire suppression, factory tested before dispatch. TUV, ETL, ISO, CE and RoHS certification is standard.

Send your load profile and site country and our engineers will return a sized 215kWh BESS quotation with a cycle-life and payback estimate within two working days.