Skip to content
SWORD ENERGY is committed to promoting the application of energy storage technology in energy transactions, in line with the renewable energy policies and market-oriented electricity reforms being driven by European governments. As the power system gradually shifts towards a low-carbon and transformative model, SWORD ENERGY’s storage solutions play a pivotal role, particularly in supporting renewable energy integration and balancing grid loads.
1. Supporting Renewable Energy Integration
The Netherlands has one of Europe’s leading electricity market structures. SWORD ENERGY's storage systems allow energy producers and consumers to participate more flexibly in the market. For example, our storage solutions enable electricity to be stored when prices are low and released when prices rise, improving
2. Flexible Participation in Dutch Electricity Market Transactions
SWORD ENERGY’s storage technology offers high flexibility in the Dutch electricity market. Our systems enable clients to respond quickly to price fluctuations in the intraday and real-time markets, seizing trading opportunities and maximizing profits. By storing electricity during low-price periods and releasing it during peak-price times, we help customers optimize their energy trading strategies.
Through innovative energy storage solutions, SWORD ENERGY empowers energy producers and consumers in the Dutch market to better capitalize on market opportunities, contributing to a more efficient and sustainable energy future.
Maximize the value of your battery energy storage system by monetizing its flexibility. Offer available capacity for ancillary services such as Frequency Response Reserve (FFR), Frequency Containment Reserve (FCR), standard ramping Frequency Control Ancillary Services (FCAS), and more.
Boost local peak power capacity by enhancing maximum power limits with smart energy storage systems. In areas experiencing temporary overloads, energy storage can be deployed to manage the excess demand, helping to avoid costly upgrades to larger sections of the grid.
Enhance maximum available power capacity by integrating smart energy storage systems alongside the grid. In areas experiencing temporary overloads, these systems can manage the excess demand, helping to avoid costly grid upgrades.
