Energy Storage Drives Sustainable Electric Transport

The rapid growth of electric transport brings new challenges but also major opportunities for our energy systems. One of the key questions concerns the load on charging infrastructure. How can we ensure that electricity is available, fast, and cost-effective exactly when electric vehicles need it? One of the decisive enablers is battery energy storage systems.

BLOG | Topias Koskela 
Sähkövarasto Jupiter EV
Energy storage system, Enico | Jupiter EV

What Is an Energy Storage System – and Why Does It Matter?

Managing Charging Power Peaks with Energy Storage

The benefits of an energy storage:

Reduces power peaks

Lowers grid load

Cuts operational costs

Enables fast charging

Smarter Charging with Renewable Energy

Energy storage systems can also be integrated with local renewable energy sources, such as solar power plants. In this way, a charging site can operate partly self-sufficiently — vehicles can be charged using locally produced renewable energy, improving both sustainability and energy independence.

However, energy storage alone is not enough without intelligent energy management. Enico’s EMS (Energy Management System) optimizes the operation of the storage system in real time. AI-based algorithms and live data monitoring enable the system to automatically optimize charging, energy usage, and costs.

Energy storage systems are no longer a technology of the future — they are today’s solution to the growing demands of electric transport. They are not just an add-on, but a key component of the energy systems of tomorrow, making charging infrastructure more efficient, sustainable, and economical.

Topias Koskela

Sales and Development Director

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