MONITORING AND CONTROL
MICROGRID
Microgrid Development Project at Mae Sariang District, Mae Hong Son Province (MGDP)
Objective
- To increase overall stability, reliability and power quality
- To reduce time and cost of operation and maintenance
- To reduce energy losses in generation and distribution line
- To supports government policy in a smart grid and renewable energy
ON GRID
Battery:
Size: 3.0 MW/1.5
MWh Type: Li-ion Cooling
Method: Forced Air Cooling
Functional:
- Auto Black Start
- Auto Grid-Connected
- Fault Location Isolation and Service
- Restoration (FLISR)
- Peak Shaving
- Islanding
Status: Completed (2023)
Microgrid Development Project at Betong District, Yala Province (MGBT)
Objective
- To enhance electrical security in the area of Betong District, Yala Province
- To increase overall stability, reliability and power quality
ON GRID
Battery:
Size: 4.0 MW/4.0 MWh
Type: Li-ion
Cooling Method: Forced Air Cooling
Functional:
- Auto Black Start
- Auto Grid-Connected
- Islanding
- Voltage Support
- Peak Lopping
- Fault Location Isolation and Service Restoration (FLISR)
Status: Completed (2023)
Microgrid Development Project at Phaluai Island, Surat Thani Province (MGPI)
Objective
- To be able to supply electricity to the people on Koh Palui Island who do not have access to electricity, in accordance with government policy
- To effectively manage and operate the electrical energy system
- To support electricity generation from renewable energy sources and energy storage systems
- To reduce the use of diesel fuel in electricity generation
ON GRID
Battery:
Size: 0.75 MW/1.5 MWh
Type: Li-ion
Cooling Method: Forced Air Cooling
Functional:
- Auto Black Start
- Peak Shaving
Status: Completed (2024)
