Driven by energy price volatility and the EU’s green transition policies, the demand for clean energy in Europe’s commercial and industrial energy storage sector has evolved far beyond “basic power supply.” Today, businesses are seeking integrated energy solutions that deliver higher efficiency, stronger grid resilience, and a smarter energy experience.
Poland Solar-Storage-Charging Integrated Project
Project Scale: 250 kW / 522 kWh
A fully off-grid solar-storage-charging integrated system was deployed in Poland, operating independently from the public grid. Powered entirely by self-generated photovoltaic energy, the system utilizes standalone energy storage for voltage stabilization and integrates intelligent EMS scheduling. Designed to adapt to complex local climate conditions, it enables energy self-sufficiency, replaces a diesel-based power supply, and delivers a stable, low-carbon, and reliable autonomous power and EV charging solution.
Estonia Warehouse PV + Storage Project
Project Scale: 375 kW / 783 kWh
The coordinated PV and energy storage system maximizes self-consumption, ensures stable power supply, and reduces energy costs. Tailored to match the dual-peak electricity demand profile of warehouse operations, the solution is designed for scenarios characterized by “high demand fluctuation, strong load rigidity, and large peak-valley electricity price differences,” delivering highly efficient energy utilization.
Estonia PV Power Station Project
Project Scale: 450 kW / 783 kWh
To address the challenge of “surplus generation in summer but shortages in winter, and daytime generation but nighttime demand” at local photovoltaic power plants, the project utilizes a coordinated Energy Management System (EMS) for centralized dispatching, achieving a dynamic balance between energy storage and the grid. It also significantly reduces the risks associated with electricity price fluctuations, improves PV consumption efficiency, and maximizes plant revenue through peak shaving, valley filling, and intelligent charge-discharge control.
Ukraine Meat Processing Project
Project Scale: 250 kW / 522 kWh
To ensure 24-hour constant temperature operation of the cold storage facility, the project requires an uninterrupted power supply and temperature control continuity. The system achieves stable operation in both grid-connected and off-grid modes, preventing production interruptions and product losses caused by power outages. It safeguards food quality and safety while also providing reliable power support under the region’s post-war special energy conditions.
Norway Transportation Company Project
Project Scale: 125 kW / 261 kWh
Based on the local climate conditions and time-of-use electricity pricing, the project provides a customized energy management strategy to maximize self-consumption of photovoltaic power. It enables peak-valley arbitrage even in extremely cold environments. Through both grid-connected and off-grid operating modes, the system ensures power supply to critical equipment during outages, maintains essential communications, guarantees business continuity, and supports the transportation company in reducing costs, improving efficiency, and achieving zero-carbon operations.
Romania Metering Factory PV + BESS + IEMS Project
Project Scale: 334kW / 261kWh
The project has established a complete LIVOLTEK energy ecosystem, integrating a photovoltaic system, Battery Energy Storage System (BESS), and Intelligent Energy Management System (IEMS), while reserving expansion capability for EV charging to support future green transportation and smart energy upgrades. The system enables efficient energy dispatch and stable power supply, while reducing dependence on the grid and optimizing energy consumption structures, effectively lowering energy costs and improving overall energy efficiency.
Backed by deep expertise in commercial and industrial energy storage technologies and strong localized service capabilities, LIVOLTEK provides European customers with stable, reliable, one-stop energy storage solutions. By helping users tackle energy challenges, achieve greater energy independence, and accelerate their green transition, LIVOLTEK is empowering Europe toward a more sustainable future.