cooling, heat and power. The microgrid is supplied
by distributed power from a 30 kWp solar power
system and 6 kW wind turbines. The energy storage system is a 15 kW Â 4 h lithium-ion battery.
Microgrid loads include 10 kW of lighting and
5 kW of EV charging piles. Intelligent control of
the grid is realised through a microgrid energy
management system. Thanks to the deployment of
technologies like power distribution automation,
equipment monitoring system, intelligent
Fig. 36 CO 2 reduction after deployment of AMI. Source AEP Ohio, Final Technical Report, 2014, p. 35
Fig. 37 Reduction of air pollutants after deployment of AMI. Source AEP Ohio, Final Technical Report, 2014, p. 39
Special Report 3: A Study of China’s Technology Revolution
333
by distributed power from a 30 kWp solar power
system and 6 kW wind turbines. The energy storage system is a 15 kW Â 4 h lithium-ion battery.
Microgrid loads include 10 kW of lighting and
5 kW of EV charging piles. Intelligent control of
the grid is realised through a microgrid energy
management system. Thanks to the deployment of
technologies like power distribution automation,
equipment monitoring system, intelligent
Fig. 36 CO 2 reduction after deployment of AMI. Source AEP Ohio, Final Technical Report, 2014, p. 35
Fig. 37 Reduction of air pollutants after deployment of AMI. Source AEP Ohio, Final Technical Report, 2014, p. 39
Special Report 3: A Study of China’s Technology Revolution
333
