[CNESA Member News] Breaking the Power Bottleneck for AI Compute: Jereh's Integrated AIDC Microgrid Solution Lands Overseas Landmark Project
The global AI Data Center (AIDC) industry is experiencing explosive growth. However, long public utility approval cycles and complex interconnection processes have made power supply the critical bottleneck restricting the expansion of AI compute scale.
To overcome this "power-constrained compute" dilemma, CNESA member enterprise Jereh has successfully adapted and optimized its field-proven microgrid technology—originally validated in extreme and complex oil and gas environments—for AIDC applications. The company has independently developed an integrated AIDC microgrid solution and recently secured its first overseas landmark order featuring a "Gas Generation + Hybrid Energy Storage + Solid-State Transformer (SST)" configuration. This milestone marks Jereh's strategic evolution from a core power equipment supplier to a full-service EPC provider for high-end AI computing campuses.
How does this solution reshape the energy foundation for AI compute?
1. 800VDC High-Voltage Direct Current Architecture: Agility, Efficiency, and Synergy
Agile Response: Hybrid energy storage (flywheel/ultracapacitor) delivers a 5-millisecond transient response to smooth out AI load fluctuations. Combined with mobile power generation and prefabricated containers, the system enables true plug-and-play functionality and rapid deployment.
High Efficiency & Energy Savings: Proprietary Solid-State Transformers (SST) enable direct medium-voltage to 800V DC conversion, boosting overall energy efficiency by 3–5% while reducing the physical footprint by 30%.
Comprehensive Synergy: By integrating gas turbines, hybrid storage, and SSTs, the Energy Management System (EMS) orchestrates generation, grid, load, and storage in real time. This ensures seamless compute-power synergy, guarantees stable power supply, and maximizes overall efficiency.
2. Deep E+P Integration: Reshaping AIDC-EPC Industry Standards
Turnkey Engineering: Jereh provides end-to-end "Generation-Transmission-Distribution" design capabilities for AIDC power systems. This comprehensively covers gas-fired generation, hybrid storage regulation (layered configurations of ultracapacitors, flywheels, and electrochemical batteries), SSTs, DC bus distribution, and unified PMS dispatch. By strictly aligning with local electrical codes and permitting workflows, Jereh ensures compliance from the source, significantly enhancing design depth, accelerating approval efficiency, and shortening project lifecycles.
Integrated Procurement & Supply: Leveraging reliable delivery capabilities for gas turbines and energy storage, Jereh helps clients successfully bypass North American gas turbine supply chain bottlenecks. The solution builds a core competitive barrier through highly reliable and secure SST and PMS technologies. Featuring "prefabricated delivery and modular expansion," this cross-border combination of "Chinese modular manufacturing efficiency + localized global service response" empowers clients to effectively overcome the multi-year delays of traditional grid capacity expansion.
