Zero-Carbon Park

Zhongke Zhichong provides a full-lifecycle zero-carbon pathway from planning and design to continuous optimization, helping parks achieve clean energy use and low-carbon operations, creating a future benchmark that balances economic benefits with environmental responsibility.

Energy Carbon Reduction
By building a clean energy supply system primarily based on renewable energy sources such as wind, solar, and hydrogen, achieving zero-carbon replacement of energy use at the source
Load Carbon Reduction
Through building energy-saving renovations, production process optimization, and electrification upgrades, significantly reduce end-use energy consumption
Management Carbon Reduction
Leveraging a digital energy and carbon management platform to conduct full-chain monitoring, accounting, and regulation of park carbon emissions, complemented by carbon trading mechanisms to achieve closed-loop carbon emission responsibility management.

Source-Grid-Load-Storage-Charging-Discharging-Transport Energy Efficiency Management System

The Source-Grid-Load-Storage-Charging-Discharging-Transport Energy Efficiency Management System is an energy efficiency management solution. Its core approach is to optimize and integrate local power supply side, grid side, and load side resources. It explores and constructs a new power system development path that deeply integrates source, grid, load, and storage, jointly forming a microgrid that achieves the transformation from passive energy saving to active energy production, effectively reducing costs and suitable for locations requiring uninterrupted power supply.

Resource optimization and integration — the system intelligently dispatches local equipment, energy storage systems, and loads to ensure optimal resource allocation
Microgrid construction — by integrating distributed power sources, energy storage equipment, and loads, forming a microgrid structure to enhance system flexibility and self-sufficiency
Active energy efficiency management — shifting from passive energy-saving measures to active energy production and consumption management
Intelligent scheduling and forecasting — utilizing advanced data analysis and intelligent algorithms to conduct smart forecasting of power demand and production capacity, optimizing scheduling strategies

Zero-Carbon Park

Energy Carbon Reduction

Load Carbon Reduction

Management Carbon Reduction

Source-Grid-Load-Storage-Charging-Discharging-Transport Energy Efficiency Management System

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