End-to-End Turnkey Energy Storage Solutions

Use Tensorpack to store energy during off peak periods and release it during peak periods. This can help customers reduce their electricity expenses.

Tensorpack can help commercial users adjust their power usage according to demand and electricity price changes, reducing the maximum demand charge each month and overall energy costs.

For Commericial & Industrial with solar PV panels installed, Tensorpack can store excess energy produced during the day and use it when needed. This not only improves the efficiency of solar energy utilization but also reduces dependence on the traditional grid.

In the event of power outages or instability, Tensorpack can serve as a reliable backup power source. This is especially important for critical industries that require continuous power supply and can also reduce users' reliance on diesel generators.

Use Tensorpack to store energy when power demand is low and release it during peak periods. This can help customers reduce their electricity expenses during peak hours.

Tensorpack can help commercial users adjust their power usage according to demand and electricity price changes, reducing the maximum demand charge each month and overall energy costs.

For businesses with solar PV panels installed, Tensorpack can store excess energy produced during the day and use it when needed. This not only improves the efficiency of solar energy utilization but also reduces dependence on the traditional grid.

Tensorpack can be used in conjunction with supercharging stations to provide additional power when short-term power demand increases significantly, thus avoiding expensive infrastructure upgrades and shortening project duration.

Form a local microgrid with Tensorpack, combining with sources such as PV and diesel generators to form a small-scale power supply network that can operate independently of or connected to the main grid. Tensorpack stores energy generated from solar or other renewable sources and absorbs energy from the main grid when prices are low. Thus, when the main grid fails or prices rise, the local microgrid can switch to an independent operation mode, continuing to provide power to users.

FFR, mitigates large frequency down by rapidly regulating the system. The need to FFR  typically occurs in the summer months with low inertia periods. The purpose of FFR is solely to reduce momentary and large frequency changes. FFR therefore acts as  synthetic  inertia  for  the power system.

FCR-D, also called primary reserve, exists to stabilize the frequency in the electricity grid, in the event of a frequency down/up. FCR-D is automatically activated based on a measurement of the frequency in the power grid.