Enico Jupiter is a modular energy storage system that scales to meet the customer’s needs across a wide range of applications.

Jupiter sähkövarasto

Enico | Jupiter energy storage system is suitable for a wide range of applications – from smaller commercial and industrial installations to large-scale, grid-level projects. When combined with high-quality control and energy optimization systems, the storage solution supports, for example, energy consumption optimization in commercial buildings and industry, grid and critical infrastructure support, as well as more efficient use of renewable energy sources. The system can also serve multiple functions simultaneously.

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Mobiili sähkövarasto Enico | Jupiter

Featuring a unique design (EU patent pending), Enico | Jupiter scales stepwise. Starting from 175 kW power and 375 kWh energy classes, it adapts to customer needs all the way up to large-scale systems in the hundreds of MW/MWh range.

100% European Technology – Top-tier Hardware and Software in One Package

Everything you need from medium voltage to batteries in a single system.

Includes integrated automation and AI-driven energy trading and flexibility services.

Minimal infrastructure and cabling requirements at the customer site.

Enico Jupiter Utility

Scalable, Modular Design for Growing Needs

Scalable, Modular Design for Growing Needs

Scalable in 300 kW / 375 kWh increments up to multi-megawatt systems. The patent-pending design enables faster and more cost-effective installation.

Reliable – 100% European Technology

Designed in Finland and built with European components, guaranteeing at least 96% annual availability along with reliable service, maintenance, and spare parts agreements.

Built-in Intelligence for Control and Revenue Generation

Enico EMS (Energy Management System) adds intelligence to the energy storage system, enabling simultaneous use of multiple functions — including trading across different markets.

An Energy Storage Solution Ready for the Future

Meet tomorrow’s ESG requirements today. For example, optimizing energy use creates cost savings and enables smart buildings that increase property value. Peak power reduction delivers clear savings and operational reliability.

Power according to customer needs: stepwise increments of 175 kW/400 VAC and 300 kW/690 VAC

Energy scalability: stepwise increments of 375 kWh

System power and energy classes are increased by adding multiple modules in series

Module strings can also be installed in parallel

Available in low voltage (400/690 VAC) and medium voltage (10–33 kV) versions

Batteries: LFP lithium-ion with a 3-level battery management system (BMS).

IP55 enclosure rating and EI60 class fire insulation

Dimensions: width 2600 mm, height 2900 mm, length starting from 3500 mm. Installation clearance 3000 mm, with possible additional local requirements

Weight depends on the number of modules in the energy storage system, starting from approximately 7000 kg.

– Jarkko Avikainen, CEO, NSC EnergyOpti Oy

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