When the GHG
reductions are measured in units other than
CO2 or CO2eq,
these are known as non-GHG metrics.
GCOM accommodates the types of activities relevant in the Kingdom as listed:
| # |
Non GHG Metric |
Activity |
| 1 |
MW installed capacity |
Renewable electricity generation |
| 2 |
MWh produced/saved |
Renewable electricity generation, energy efficiency improvement |
| 3 |
m2 floor area |
Energy efficient buildings (new) |
| 4 |
m3 saved/produced |
Water efficiency improvement, renewable desalination |
| 5 |
Person-km |
Electric passenger vehicles, rail-based public transport |
| 6 |
Tonne-km |
Electric freight road and rail transport vehicles |
| 7 |
Units replaced |
Cooling equipment replacement |
| 8 |
MW capacity replaced |
Cooling equipment replacement |
| 9 |
Tonne of RDF used |
RDF use in cement industry |
| 10 |
Tonne of H2 / ammonia produced |
Replacement of grey H2 /ammonia with green or blue H2 /ammonia |
| 11 |
Tonne of recycled material |
Recycling of wastes |
| 12 |
Tonne of waste incinerated |
Waste incineration |
| 13 |
ha of forest land; number of vegetation units |
Afforestation and reforestation |
| 14 |
Tonne of product |
Localisation of agriculture |
| Note: This table will be updated after Guidance from SBSTA/COP
|
Renewable Energy
The load factor of renewable electricity generation plants i.e., their share of operational hours in the total hours of a year, depends on the availability of the underlying resource. For solar power plants a natural limit of the load factor is given by the share of sunlight hours in the overall hours of the day; while site-specific influences are cloud cover (which is higher near the sea and in high mountains) and dust prevalence (which is higher in the desert).
A conservative approach would be to choose the highest cloud cover and dustiness that exists in a certain geographic area, for example differentiated by coastal lowlands at the Red Sea, mountains above 1000m altitude, the interior (>100 km from the coast) and the coast of the Arabian Gulf.
Desalination Plants, Buildings and Vehicles:
The energy intensity of desalination plants, buildings and vehicles strongly depends on the characteristics of technology used, buildings and vehicles. A differentiation could be done as follows:
- Desalination plants: Reverse osmosis (RO), multistage flash (MSF) and multieffect distillation (MED).
- Building types: e.g. single family homes, multi-apartment / commercial accommodation buildings below 5 floors, accommodation buildings (apartments and commercial accommodation above 5 floors, office buildings above 5 floors, shopping malls.
- Passenger vehicle types: private cars and SUVs, commercial and administrative car fleets, buses.
Differentiation as per SASO standards.
-
Freight vehicle types: Differentiation as per SASO standards.
- Freight vehicle types: Differentiation as per SASO standards.
- The operation hours of cooling equipment: as specified in academic study (Krarti and Howarth (2020)).