Our partners supply advanced energy management systems that optimize your energy assets in real time. Whether it concerns a battery, PV installation, or charging station, we help you choose the right EMS supplier for your specific use case, ensuring maximum performance, grid compliance, and return on investment.
Every battery is equipped as standard with a BMS (Battery Management System) supplied by the battery manufacturer. The BMS is primarily responsible for monitoring and protecting the battery and continuously monitors important parameters such as voltage, temperature, charge status, and the balance between the battery cells. In addition, the system protects against overheating, overcharging, and deep discharge to guarantee safe and stable operation.
For the smart control of the entire energy system, NordiconVolt collaborates with specialized local and national EMS partners. This is essential to be able to provide tailored solutions at the local level, as grid congestion, regulations, energy prices, and grid restrictions can vary significantly by region and country. Furthermore, no two energy systems are the same: the combination of battery storage, solar panels, charging infrastructure, energy consumption, and grid capacity differs by location and application. By selecting the right EMS, the energy system is optimally controlled and achieves maximum performance in terms of efficiency, savings, and return. The focus here is on “behind the meter” applications: the smart management of energy consumption and energy storage within the customer’s own grid connection. Examples include peak shaving, optimization of self-consumption, charging and discharging batteries, and preventing grid congestion.
Gain full visibility of your energy flows and let the system automatically optimise performance across all connected assets.
Our EMS partners use advanced algorithms that consider forecasts, prices, and grid conditions to maximise your energy value.
Ensure your energy system operates within regulatory limits and adapts to grid constraints, preventing overloads and penalties.
EMS solutions that can be integrated with a wide range of batteries, inverters, and energy assets, and scale as your system grows.
If the energy storage system needs to be deployed on various energy markets, including the imbalance market, FCR, aFRR, and mFRR, NordiconVolt collaborates with market parties specializing in this. The owner of the energy storage system makes the battery capacity and the grid connection available. Our Trading Partners then control the system to supply flexible power to the electricity grid when there is demand for it. By smartly charging and discharging based on market prices, grid frequency, and demand for flexibility, additional value is extracted from the energy storage system. This creates an attractive revenue model where the proceeds from energy markets largely flow back to the owner of the system. Thanks to this collaboration, a battery is not only used for energy storage but also as an active component of a more stable and smarter electricity grid.
With an EMS, you can prevent grid congestion by intelligently managing energy consumption and storage. This prevents the need for power outages and ensures your energy remains available when you need it.
With an EMS, you can store excess energy from your wind or solar installation at times when prices are low. Instead of feeding it back immediately at unfavorable rates, you store the energy until market prices rise. At that point, you can sell the energy or utilize it yourself at a much higher value.
With an EMS, you can limit consumption peaks (peakshaving) and make optimal use of your own generated energy. This allows you to get the maximum out of your connection and your sustainable energy production.
Our trading partners ensure that your energy storage system automatically trades on various energy markets, such as the imbalance market, FCR, aFRR, and mFRR. By smartly charging and discharging based on market prices, grid frequency, and demand for flexibility, extra value is extracted from the energy storage system.
Interested in learning more about our energy management system? Contact us to discuss your sustainability goals.
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