ELEKTROMATIK | ENERGY STORAGE | BATTERY ENERGY STORAGE SYSTEM (BESS)

Sustainability Matters

Critical to ensuring the stability and efficiency of the electricity system, battery energy storage systems gain prominence amid the rising share of renewable and decentralized energy production in the Nordics. The growing pressure on reserve markets aligns with the vital role of battery energy storage systems in meeting reserve needs, thereby upholding system efficiency and sustainability.

Operational Speed, Cost-effectiveness and Adaptability

What To Expect

The essence of what you can gain with a battery energy storage systems lies in its operational speed, cost-effectiveness over its lifetime, and adaptability in delivering diverse reserves – from Frequency Containment Reserves to manual and automatic Frequency Restoration reserves. These sustainable solutions significantly enhance the stability of power systems whilst providing you with a green alternative to traditional reserve technologies.

MAXIMIZE ENERGY UTILIZATION

REDUCED OPERATIONAL COSTS

MINIMIZED ENVIRONMENTAL IMPACT

ENHANCED POWER GRID AND ENERGY SYSTEM RELIABILITY

Manage Frequency Changes

Bolster Reliability

Excess energy is stored during periods of surplus supply and then released during high-demand intervals, actively contributing to grid stability.

The rapid response times and precision in managing frequency changes not only bolster the overall reliability of the power grid but also empower you with adaptability to varying reserve needs.

Their ability to complement existing sustainable technologies, such as Nordic hydro power and the increased installation of wind power, positions battery energy storage systems as crucial players in sustainable balancing markets.

The ongoing developments in energy storage technology, coupled with increased capacities and declining prices, solidify battery energy storage systems as integral components of your future energy systems, aligning seamlessly with the global shift towards responsible and sustainable energy practices.

Meeting Rising Demands

Traditional methods and technologies pose challenges concerning sustainability, grid stability, and resource utilization, and may not meet your needs in this time of transition towards renewable energy sources.

Commonly used options, including conventional frequency containment reserves and manual frequency restoration reserves, present limitations in operational speed, cost-effectiveness, and adaptability.

These alternatives might not effectively address the rising demand for reserves brought about by changes in electricity production patterns, evolving regulations, and the integration of Nordic and European electricity markets.

Our battery energy storage systems represent a shift towards sustainable energy practices. You can maximize energy utilization, reduce operational costs, minimize environmental impact and enhance power grid reliability.

By storing excess energy during surplus periods and releasing it during high-demand intervals, they strengthen the reliability of your power grid and complement current sustainable technologies like Nordic hydro power and the increased installation of wind power.

Fast charging station

Powering the Future of Electric Mobility

As the demand for sustainable energy solutions increases, integrating battery energy storage with fast electric vehicle (EV) charging stations is becoming essential. Our battery energy storage systems are designed not only to support the grid but also to enable high-speed EV charging in areas where grid capacity is limited. By combining energy storage with fast charging technology, we reduce strain on the grid, accelerate the transition to electric mobility, and provide a quick, scalable solution for EV charging.

Discover how our Fast Charging Stations, with integrated energy storage, can meet your EV infrastructure needs.

Learn more about Fast Charging Stations