Interconnect Systems for Utility Grid Load Shifting using BESS

Solarcraft fabricates Interconnect systems for load-shifting battery installations in Texas and beyond. Load shifting, a key strategy for managing electricity demands on the utility grid, involves storing electricity in large Battery Energy Storage Systems (BESS) during low-demand periods (off-peak) and discharging it during high-demand periods (peak). This optimizes grid resources, increases the available electricity delivered to users, and helps meet power demands efficiently. By enabling effective electricity storage, these systems support the energy transition, reducing the need for new peak-load power plants.

Ensuring the safety, reliability, and regulatory acceptance of these critical load-shifting BESS interconnect systems is paramount. That's why every custom fabricated system by SolarCraft undergoes Comprehensive Factory Acceptance Testing (FAT) before shipment, verifying functionality and integration. The integrated enclosures provide robust protection, adhering to NEMA Enclosure Standards (Type 4X/3R) suitable for demanding environments. Crucially, our systems are engineered for IEEE 1547 & Utility Grid Code Compliance, facilitating a smooth and approved interconnection process with the utility.

BESS Interconnect Systems for C&I Load Shifting & Microgrids

Beyond utility-scale applications, load shifting delivers significant value within commercial and industrial (C&I) settings, primarily for managing high demand charges and optimizing energy costs. Solarcraft's custom fabricated interconnect systems are key to enabling these strategies. By integrating seamlessly with on-site BESS, our systems manage the charging of batteries during lower-cost periods and precisely control the discharge to offset peak consumption, directly reducing electricity expenses. Furthermore, these robust interconnect systems are essential for enabling resilient microgrids. Whether integrating on-site generation like solar or gensets with BESS, the interconnect system intelligently manages power flow, stores surplus energy, and ensures reliable dispatch of stored power to meet fluctuating facility demands or maintain critical operations during grid outages.