C&I Battery Storage: What Works | EP 02

How can fleet operators overcome grid constraints, meet growing EV and HDV charging demand, and unlock new revenue opportunities?

Discover how solar PV, battery energy storage, and intelligent energy management work together to optimize fleet charging, reduce peak demand, and turn charging infrastructure into a flexible energy asset.

Real-World Application: A Fleet Charging Project

380 kWp Solar PV. 500 kW / 1,075 kWh BESS. Smarter Fleet Charging.

How can a vehicle rental company manage high-power fleet charging with limited grid capacity?

Explore a real-world project demonstrating how an integrated energy solution combines solar PV, battery storage, and EMS to improve charging flexibility and optimize energy use.

The Solution:

• POWEROAD:Battery energy storage system (BESS)
• Greenerway AS:Energy management and project integration

With peak shaving and flexible energy management, the system helps reduce peak demand, optimize grid capacity, and support participation in FFR/FCR grid services.

The project demonstrates how fleet charging infrastructure can go beyond meeting energy demand to create additional value through grid flexibility.

Key Takeaways

• Manage high EV and HDV charging demand with BESS + EMS
• Reduce peak demand and optimize grid capacity through peak shaving
• Support FFR/FCR grid services with flexible charging and battery storage

Explore practical insights from a real-world fleet charging project