NASN Power All-in-One Solar Storage DC Fast Charging System

The global solar-powered EV charging station market, valued at approximately $30 billion in 2026 and projected to exceed $60 billion by 2031, is accelerating at nearly 15% CAGR as electric vehicle adoption outpaces grid infrastructure expansion. Into this fast-growing landscape, NASN Power has launched its BSM Series — an all-in-one platform integrating solar PV generation, LFP battery energy storage, and DC fast charging in a single outdoor cabinet.

The BSM Series configurations to cover diverse site requirements:

the BSM241KWH120 pairing 241 kWh storage with 120 kW charging, and the compact BSM60KWH60 offering 60 kWh storage and 60 kW output for smaller deployments. All units support CCS1, CCS2, CHAdeMO and GB/T, connectors across a 200–1000 Vdc wide-voltage platform.

A standout efficiency metric: only 88 square meters of solar panels can power four charging bays, thanks to the system's high-efficiency MPPT solar input that supports up to 60kWp PV arrays on the BSM241KWH120 models. Integrated grid and generator backup inputs ensure uninterrupted operation during outages — a critical feature for grid-constrained regions across Africa, Southeast Asia, and Latin America.

The BSM Series runs OCPP 1.6J with a 2.0 upgrade under development, features IP54 protection, and employs intelligent thermal derating above 45°C, making it engineered for hot and humid climates. Remote diagnostics, OTA firmware updates, and 4G/Wi-Fi/Ethernet connectivity come standard.

It's said that PV-storage-charging integrated stations are expected to surpass 2,500 installations globally in 2026. The BSM Series eliminates the complexity of integrating separate MPPT, batteries, and chargers — one cabinet, one warranty, one supplier."

Ideal for solar EV stations, microgrids, remote sites, commercial fleets, and roadside emergency charging, the BSM Series positions NASN Power at the intersection of two of 2026's fastest-growing sustainability trends: EV charging infrastructure and distributed energy storage.