Rooftop Solar

1. KJM Aluminium Can Sdn. Bhd. (Nilai)

  • 3,780 units of 580-watt solar panel module.
  • Installed Capacity of 2,192.4 kWp solar PV System.
  • Capable of generating 2.7 GWh / year (based on yearly average for the 1st 5 years generation)
  • To be ready by 1st quarter of 2024.
  • 1,725.3 tonnes CO2e avoidances / year (source: https://www.mgats.com.my/ghg-avoidance)
  • Equal to 2,360 acres of forest offsetting CO2 from the atmosphere

2. KJM Aluminium Can Sdn. Bhd. (Nilai) – Warehouse Lot 16638 (Grey Roofing)

  • 80 units of 580-watt solar panel module.
  • Installed Capacity of 46.4 kWp solar PV System.
  • Capable of generating 57 MWh / year (based on yearly average for the 1st 5 years generation)
  • To be ready by 1st quarter of 2024.
  • 36.42 tonnes CO2e avoidances / year

3. KJCP (Nilai)

  • 80 units of 580-watt solar panel module.
  • Installed Capacity of 46.4 kWp solar PV System.
  • Capable of generating 57 MWh / year (based on yearly average for the 1st 5 years generation)
  • To be ready by 1st quarter of 2024.
  • 36.42 tonnes CO2e avoidances / year
Rooftop Solar

1. KJM Aluminium Can Sdn. Bhd. (Nilai)

  • 3,780 units of 580-watt solar panel module.
  • Installed Capacity of 2,192.4 kWp solar PV System.
  • Capable of generating 2.7 GWh / year (based on yearly average for the 1st 5 years generation)
  • To be ready by 1st quarter of 2024.
  • 1,725.3 tonnes CO2e avoidances / year (source: https://www.mgats.com.my/ghg-avoidance)
  • Equal to 2,360 acres of forest offsetting CO2 from the atmosphere

2. KJM Aluminium Can Sdn. Bhd. (Nilai) – Warehouse Lot 16638 (Grey Roofing)

  • 80 units of 580-watt solar panel module.
  • Installed Capacity of 46.4 kWp solar PV System.
  • Capable of generating 57 MWh / year (based on yearly average for the 1st 5 years generation)
  • To be ready by 1st quarter of 2024.
  • 36.42 tonnes CO2e avoidances / year

3. KJCP (Nilai)

  • 80 units of 580-watt solar panel module.
  • Installed Capacity of 46.4 kWp solar PV System.
  • Capable of generating 57 MWh / year (based on yearly average for the 1st 5 years generation)
  • To be ready by 1st quarter of 2024.
  • 36.42 tonnes CO2e avoidances / year