Methodology and
Assumptions
Objectives
Steps undertaken
and activities planned
Progress indicators
Estimated outcomes
and emission
reduction achieved
The methodology applied is the CDM methodology ACM0002 Consolidated baseline
methodology for grid-connected electricity generation from renewable sources (version 12)
Heavy Fuel Oil and diesel Oil power generation is currently the dominant power supply
option within the Phnom Penh Power Grid; and
By displacing Heavy Fuel Oil and diesel fuel power generation with clean and renewable
energy, the project leads to the reduction of CO2 emission into the atmosphere.
To generate power from clean renewable hydro power in Koh Kong Province for the contribution
to the sustainability of power generation of the Phnom Penh Power Grid;
To reduce the dependence on exhaustible fossil fuels for power generation;
To reduce the air pollution by displacing Heavy Fuel Oil power plants with clean, renewable
power;
To reduce the adverse health impacts from the air pollution;
To reduce the emission of greenhouse gases, to combat the global climate change; and
To contribute to the electricity shortage and the local economic development through the
employment creation.
.
.
The scenario prior to the implementation of the project activity is that electricity delivered
to the grid is generated by the operation of grid-connected power plants and by the
addition of new generation sources;
.
Installation of an Upper Scheme Station with a capacity of 206 MW;
Installation of a Lower Scheme Station with a capacity of 132 MW; and
Supplied 1,067,600 MWh power to the Phnom Penh Grid System.
Estimated annual operational hours;
Annual electricity generated;
Annual electricity supplied to the Phnom Penh Grid System; and
GHG Emission reduction.
 2 sets of the turbine/generator units with an individual capacity of 103MW at Upper
Scheme Station installed;
2 sets of the turbine/generator units with an individual capacity of 66MW at Lower
Scheme Station installed; and
Emission reduction certified during the first monitoring period (01/01/2013-27/09/2018)
reach to 3,120,080 ton