Explore the benefits

Voltage support is often included in ancillary services, where battery owners can provide reactive power to help maintain voltage levels within required limits. By offering this service through energy markets or in partnership with grid operators, battery owners can generate income while improving power quality and contributing to a more stable and efficient energy network.

Ensure business continuity by providing reliable power during outages. This protects against costly downtime and maintains critical operations.

Rent out battery capacity to provide storage and energy supply that helps manage localized grid demands. This supports efficient energy distribution and strengthens regional grid resilience, allowing battery owners to generate revenue by offering valuable grid services through market participation.

Battery owners can generate income by delivering rapid-response power injections to stabilize grid frequencyand supports overall reliability. By participating in this market, the BESS maintain reliable power supply and generates additional revenues.

As a battery owner you can buy, store, and sell energy in bulk, helping balance supply and demand in electricity markets. This creates opportunities for additional revenue on your battery.

Provide reliable 48V DC power for telecommunications systems. This ensures seamless operation during outages by automatically switching to battery backup.

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.

Generate income from the BESS by providing essential grid-stabilizing services, such as frequency regulation and reserve capacity. By participating in energy markets, you help maintain grid balance while earning revenue from high-demand services that support reliable grid operations

Handle short-term spikes in energy demand without stressing the grid. This allows for business expansion without needing to upgrade grid capacity.

Integrate solar energy systems through direct DC coupling or AC connection. This ensures maximum efficiency, whether on-grid or off-grid, while enhancing the value of existing solar setups.

Buy and store electricity when prices are low, and use it when prices rise. This strategy helps reduce costs by supporting loads from the battery during expensive peak hours.
*This functionality is accessible via third-party EMS integration.

Maximize the use of your solar energy by storing excess production for later use. This reduces reliance on the grid and increases the return on your solar investment.

Enhance grid stability and efficiency by managing reactive power flow to maintain voltage levels within regulatory limits. This reduces energy losses, minimizes stress on grid infrastructure, and lowers operational costs, while supporting more efficient integration of distributed energy resources.

Rent out battery capacity to provide immediate support in the frequency control market, helping stabilize the grid. This service prevents outages, supports virtual power plant initiatives, and generates revenue for the battery owner.

Rent out battery capacity to provide grid-balancing services, helping the grid operators to maintain grid stability. This allows battery owners to monetize on available storage and generate revenues.

Lower your energy costs by reducing power consumption during peak demand periods. This helps minimize demand charges and smoothens your overall energy usage profile.

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.

Rent out battery capacity to provide rapid-response support during grid disturbances. By helping balance frequency fluctuations in real-time, The battery contribute to grid stability while earning income from short-term, high-value energy services.

Stay powered during power outages or grid-related disruptions. The system automatically switches to backup mode to keep essential functions running and support greater energy independence.
*AC backup functionality requires a dedicated AC backup/off-grid kit.

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.

Rent out battery capacity to provide rapid energy injections within seconds, responding to sudden frequency drops. This service helps grid operators meet regulatory requirements, enhances grid stability, and enable the battery owner, to earn revenue through high-value market participation.

Optimize generator efficiency by minimizing fuel use and reducing wear and tear. This hybrid setup extends generator lifespan and lowers operational costs, especially in areas with unstable grids.

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.

Deliver rapid energy adjustments to stabilize grid frequency and maintain system balance. This service helps minimize deviations from nominal frequency, ensuring regulatory compliance, improving grid reliability, and reducing the risk of outages and system disturbances.

Use your electric vehicle battery as an energy source, extending your home’s storage capacity and enhancing energy independence during peak hours.

Maximize solar energy extraction by continuously adjusting the operating point of solar panels. This ensures optimal efficiency in DC-coupled hybrid systems.

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.