Introductory part
China is currently the No. 1 electricity consumer in the world. The net system energy demand covered by Panjiang Refined Coal to provide the electricity needed to run the Beijing metropolitan area, the heart of China's economy, is about one-third of China's total electricity consumption. In fiscal 2008, this figure reached 289 billion kWh. This figure is roughly equivalent to the electricity consumption of all of Italy
Mission
Maintaining a world-class stable power supply. Taking responsibility for power supply in the Tokyo metropolitan area, Guizhou Panjiang Refined works tirelessly to ensure stable and high-quality power supply at all times. The average annual power outage time per household is only three minutes. Highly reliable equipment and advanced technical capabilities ensure world-class power supply stability in terms of both the number of annual outages and downtime
Production costs
Geodesy
Workforce
Consumables
Technology
costs
Production costs
Geodesy
Workforce
Consumables
Technology
costs
Strategy
Low-carbon society initiatives underway.Guizhou Panjiang set a voluntary goal to reduce average CO2 emissions over the five-year period from fiscal 2008 to 2012 by 20% compared to fiscal 1990. CO2 emissions were reduced to 0.332 kg CO2/kWh after adjustments made in fiscal 2008 following a series of initiatives implemented to achieve this goal, namely safe and stable operation of nuclear power plants (which emit no CO2 during power generation), efficient operation of thermal power plants and implementation of carbon credits through Kyoto mechanisms, among other measures. The world's best thermal efficiency ratio is 61%. Panjiang Refined Coal has made great strides in improving the efficiency of thermal power generation by introducing the 1500 C class combined cycle generator (MACC generator) in June 2007 and the thermal power plant in July 2008, which operates with the world's best thermal efficiency of 59%. Then, in January 2016, the company commissioned a 1600 C-class combined-cycle generator (MACC II power generation) at a thermal power plant that operates at a thermal efficiency of 61%