Grid-Scale Storage for Stabilizing the Power Grid and Integrating Renewable Energy

As the share of renewable energy connected to the grid grows, so does the need for grid-scale storage solutions that can absorb surplus generation at peak hours and feed it back to the grid during periods of demand. The solutions we design are tailored to the standards and regulatory requirements of the electric utility and the electricity regulator.

Collaboration with BG Renewables and the Synergy Systems Group companies in high voltage and low voltage allows us to deliver an end-to-end solution, from the solar facility, through the storage unit, to the grid connection.

Grid-Scale Storage Aligned with Connection and Regulatory Requirements

Grid-scale storage systems are subject to strict connection and regulatory requirements. Our engineering team supports the project from the design stage through approval of the grid connection, in line with the requirements of the relevant regulatory bodies.

ייצוב רשת החשמל
Power Grid Stabilization

Helps manage power fluctuations and integrate renewable generation.

הסטת אנרגיה בין שעות
Time-Shifting Energy

Storing surplus generation and releasing it during high-demand hours.

שילוב עם מתקני ייצור
Integration with Generation Facilities

Suited to solar farms, IPPs, and large energy projects.

התאמה לדרישות חיבור
Matched to Connection Requirements

Design according to power rating, capacity, and regulatory requirements.

חוות סולאריות גדולות
Large Solar Farms

Shifting surplus generation from irradiance hours to demand hours or more profitable export windows.

שירותי רשת
Network Services

Support for frequency, voltage, and power stabilization as part of operating a power system with a high share of renewable generation.

מתקני IPP ויזמי אנרגיה
IPP Facilities and Energy Developers

Integrating storage for commercial flexibility, compliance with connection requirements, and generation management.

נקודות חיבור מוגבלות הספק
Power-Limited Connection Points

Storage that makes it possible to manage the power fed into the grid without immediately expanding the connection infrastructure.