Zero-Carbon Power Systems

The focus of renewable energy has shifted from "feasibility of construction" to "long-term profitability". In the era of grid parity, a project's value is no longer defined by its scale, but by its full-lifecycle cost, risk management, and operational excellence.

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More than builders
long-term operators and value managers of clean energy assets
The Hidden Costs of Renewable Projects
Scarcity of premium land and rising development difficulty
Increasing uncertainties in grid connection, consumption, and policy
Fragmented EPC and O&M,leading to uncontrollable hidden costs
Squeezed ROI and risk overflow for asset owners
System-Level Delivery Capabilities
Our Approach
01
Integrated Value Chain
Covering planning, design, construction, grid connection, and O&M to ensure a system-wide optimal solution.
02
Dynamic Cost Control
Quantifiable and replicable cost models built upon data from over 100 real-world projects.
03
Digital Risk & Project Management
Full-process visualization, traceability, and early warning systems to guarantee certain delivery.
Case Study
63rd Regiment, 4th Division, Xinjiang Production and Construction Corps

Located in the 63rd Regiment area of the 4th Division of the Xinjiang Production and Construction Corps (XPCC), this project promotes the synergetic development of renewable energy and ecological governance through the construction of a large-scale photovoltaic power plant. Adopting the "PV + Desertification Control" model, the project provides a stable supply of clean power while simultaneously improving the local ecological environment. 

Project Scale
195W
Technical Solution
PV-Desertification Control
Annual Energy Output
339 million kWh
Annual Emission Reduction
267,800 tons of CO2
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Jiangxi Gaoan Fishery-Solar
Complementary Project

Through the synergetic layout of fishery aquaculture and photovoltaic power generation, this project achieves the seamless integration of agricultural production and clean energy development.

Project Scale
120MW
Technical Solution
Fishery-Solar Complementary
Annual Energy Output
290 million kWh
Annual Emission Reduction
276,800 tons of CO2
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Yunnan Heizhiguo Mountainous PV Project

The project generates approximately 79.9 million kWh annually, saving about 10,000 tons of standard coal and reducing CO2 emissions by 60,000 tons and SO2 emissions by over 80 tons per year.

Project Scale
170MW
Technical Solution
Mountainous PV
Annual Energy Output
79.9 million kWh
Annual Emission Reduction
60,000 tons of CO2
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Langzhong Xinjia Footwear
Rooftop Solar Project, Sichuan

Located in Langzhong, Sichuan, this project installs a C&I rooftop solar system for Xinjia Footwear. It uses a “self-consumption with surplus to grid” model, reducing energy costs while supplying clean power to support the company’s green transition.

Project Scale
2.4MW
Technical Solution
C&I Distributed Photovoltaic System
Annual Energy Output
2.16 million kWh
Annual Emission Reduction
Approximately 1,800 tons of CO₂
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