Tecloman’s BESS Solution for Distribution Networks: Empowering Dynamic Capacity and Effective Problem-Solving
Tecloman introduces its advanced BESS (Battery Energy Storage System) Solution for Distribution Networks, designed to harness the full potential of distributed energy resources. With Tecloman’s innovative solution, distribution network operators can achieve dynamic capacity increase through the “charge at trough, discharge at peak” method, enabling efficient energy management.
Dynamic Capacity Increase for Efficient Energy Management
Tecloman’s BESS Solution for Distribution Networks enables dynamic capacity increase, revolutionizing energy management within the grid. By implementing the “charge at trough, discharge at peak” method, the solution optimizes the utilization of distributed energy resources. During off-peak hours, excess energy is stored in the BESS, and during peak demand periods, the stored energy is discharged back to the grid. This dynamic capacity increase allows for efficient energy balancing and reduces strain on the distribution network.
Effective Problem-Solving for Transformer Overload and Low Voltage
Tecloman‘s BESS Solution effectively solves the common challenges of transformer overload and low voltage at the end side. By integrating the BESS within the distribution network, the solution acts as a buffer, absorbing excessive power during periods of high demand and releasing it during periods of low demand. This mitigates the risk of transformer overload and ensures stable voltage levels at the end side. Tecloman’s solution provides distribution network operators with an effective tool to address these challenges, enhancing grid stability and ensuring reliable power supply to end consumers.
Conclusion
Tecloman’s BESS Solution for Distribution Networks empowers operators to optimize the utilization of distributed energy resources while effectively solving challenges related to transformer overload and low voltage. The dynamic capacity increase enabled by Tecloman’s solution ensures efficient energy management within the grid, reducing strain and improving overall grid performance.
