Distributed Intelligent Grid Gas Turbine Project
Huabei Oilfield

A smart microgrid ecosystem featuring solar PV arrays, battery energy storage systems (BESS), and ENN gas turbine units working in orchestration.

Huabei Oilfield

Distributed Intelligent Grid Gas Turbine Project

Huabei Oilfield Station Deployment

Project delivered in April 2023 in Langfang, Hebei, The site faced significant power grid fluctuations and featuring a multi-energy complementary oilfield microgrid

Multi-Energy Integration

Orchestration of a multi-energy microgrid (gas turbines, PV, and BESS) to solve grid instability and provide a model for modern, behind-the-meter Al energy infrastructure

Voltage & Load Instability

Voltage sags and load fluctuations impacting industrial processes and unstable renewables.

Multi-Energy Integration Suport

Deploy a fast-responding gas turbine to support multi-energy integration

Integrated Multi-Energy Microgrid

Architecture combining wind, solar, lithium storage, and a customized ENN gas turbine for grid-isolated routing

Smart Coordination Platform

Smart multi-energy coordination platform automatically switches operating modes based on real-time load fluctuations to maintain core stability

Power & Storage

ENN Gas Turbine+ Local PV Array+ Lithium Batteries

Thermal Recovery

700 kW Flue Gas-to-Water Heat Exchanger

950,400
kWh

Annual Power Suppy

AUTOMATIC

Multi-Energy Complementary Switching

RMB 520,000

Annual Electricity Savings

Dynamically Adjustable

Heat-to-Power Ratio

Annual Energy Cost Reduction

Delivered 950,400 kWh annually, resulting in RMB 520,000 in direct energy cost reductions

Oilfield Power Independence

Isolated critical oilfield processes from local utility brownouts through optimized local dispatch economics.

Blueprint for Al Data Center Resilience: Demonstrates handling massive GPU cluster load swings

Models how an Al campus can utilize on-site gas generation as a flexible, fast load-following asset to avoid utility interconnection delay