Enhance grid stability and defer costly upgrades with Pixii’s flexible battery energy storage system
With the growing electrification and the influx of renewables, managing aging distribution grids requires a cost-effective, quick-to-deploy solution. Pixii’s flexible BESS enables a complete value stacking solution to support grid stability and improve power quality.
Pixii’s BESS technology offers solutions like voltage support and frequency regulation, which stabilize the grid by balancing power supply. These systems also store excess energy when demand is low and release it during peak times, reducing the need for costly infrastructure upgrades.
By adopting value stacking, DSOs can utilize the same BESS for multiple functions, such as load balancing, energy arbitrage, and voltage support, reducing operational costs whilst also creating revenue streams by participating in energy markets. Additionally, with Pixii’s Battery-as-a-Service (BaaS) model, DSOs can access storage without significant capital expenditure, further enhancing return on investment (ROI).
The Pixii BESS is quick to deploy and easy to install, with hot swappable modules allowing for easy maintenance. Remote monitoring gives you complete control of your assets, and with a range of services and support, including software enrichment upgrades, you will be future-proof.
Value stacking for DSO/DNSP:
Voltage support (DSO)
Provides dynamic voltage regulation by absorbing or injecting reactive power, helping maintain voltage levels within regulatory limits. This service enhances grid stability, reduces the risk of equipment stress, and improves power quality, supporting efficient network operation and minimizing the need for infrastructure upgrades.
Phase balancing
Stabilize three-phase power loads by redistributing energy between phases to ensure a balanced and efficient flow. This improves the efficiency of distribution networks and supports voltage stability for DSOs, while also helping commercial and industrial actors improve power quality, protect equipment, and reduce operational costs.
Community battery
A shared energy storage system that allows multiple users, to store and use excess renewable energy. It helps participants maximize solar self-consumption, lower energy costs, and reduce reliance on the grid. By supporting local energy sharing and grid stability, it also creates opportunities for financial returns through wholesale electricity trading.
Active power compensation
Optimize grid performance by dynamically adjusting active power flow to balance supply and demand in real-time. This service reduces energy losses, enhances system efficiency, and supports grid stability, helping to maintain power quality and meet operational and regulatory requirements.
Grid support
Enhance local grid capacity by providing additional power during peak periods. This helps network operators to avoid costly infrastructure upgrades and maintain grid reliability. For commercial and industrial actors, it ensures sufficient power to support operations and avoid downtime.
