Searh
Back
Our hybrid BESS integrated with flywheels/supercapacitors delivers a 5ms rapid response to stabilize volatile AI loads. Verified via PSCAD, RTDS and other simulation tools, the system ensures transient power stability.
Adopting mobile gensets and pre-fabricated container modules for plug-and-play deployment, we drastically shorten project delivery cycles.
At the same power rating, the SST solution offers a significantly smaller footprint, helping data centers save approximately 30% of the space required for critical power distribution systems.
Utilizing advanced SST (Solid-State Transformer) technology, the system enables direct conversion from medium voltage to 800 VDC with only a single conversion stage across the entire link, resulting in a 3–5% improvement in overall efficiency compared to traditional UPS architectures.
Integrating gas turbine gensets, hybrid energy storage and SST, we deliver a closed-loop comprehensive energy solution tailored for AIDC scenarios.
The EMS centrally dispatches all units of source, grid, load and storage to optimize energy balance, guarantee power stability and boost energy utilization.
Jereh's microgrid solution helped us bypass lengthy grid approval processes, significantly shortening our time to market. We brought our high-value AI compute online and generated revenue a full six months ahead of schedule.
1) Compared with gas reciprocating units, gas turbines feature higher single-unit power, smaller footprint, longer service life, stable performance, lower O&M costs and lower total cost of ownership.
2) Our self-developed modular gas turbines can be installed and commissioned on-site within 8 hours, greatly cutting construction time and reducing labor and site costs.
1) Stabilize drastic computing load fluctuations and optimize operating conditions to extend the service life of gas turbines.
2) Work with the 800V HVDC architecture to temporarily carry data center loads, reduce fuel consumption and cut operational costs.
3) Support peak-valley arbitrage and grid frequency regulation when connected to public grids, creating additional revenue streams.
4) Provide seamless emergency power supply during generator faults, leaving sufficient time for unit startup and on-site maintenance to avoid computing service interruptions.
1) Supercapacitor Energy Storage: Response time ≤10ms, ideal for instantaneous high-power fluctuation suppression.
2) Flywheel Energy Storage: Response time 20-30ms, for short-term rapid power support.
3) Electrochemical Energy Storage: Response time ≤60ms, offering large-capacity long-duration energy storage. Combined with SST and 800V HVDC systems, it enables integrated networking of multiple storage forms for a highly reliable smart microgrid.
