Distributed Negative-Carbon Green Power Plant

Distributed Negative-Carbon Green Power Plant

3 major application scenarios

Rural and Remote areas
Rural and Remote areas
Zero-Carbon Park
Zero-Carbon Park
Island
Island

Challenges

  • Wind and solar power lack stable output due to weather conditions
  • Conventional energy storage technology cannot achieve 24-hour continuous power supply

Core Advantages

Providing grid services like rotational inertia, large-scale peak regulation, emergency power including active and reactive
Providing grid services like rotational inertia, large-scale peak regulation, emergency power including active and reactive
No need for additional transmission facilities
No need for additional transmission facilities
Pure Green Electricity
Pure Green Electricity
off-grid operation of power plants
24/7 power generation
Off-grid operation of power plants
off-grid operation of power plants
Distributed on-site construction
Distributed on-site construction
In collaboration with renewable energy sources like wind and solar power
In collaboration with renewable energy sources like wind and solar power
Power 100MVV
Duration (h) 4 6 8 10 12
Capacity 400 600 800 1000 1200
Unit Cost(USD/Wh) 0.32 0.72 0.24 0.22 0.21
At constant power: the longer the duration, the lower the unit cost
Capacity 1000MWh
Duration (h) 4 6 8 10 12
Capacity 250 170 125 100 85
Unit Cost(USD/Wh) 0.32 0.72 0.24 0.22 0.21
For a given energy capacity, as storage duration increases, the required power ratingdecreases, resulting in reduced unit cost.