The project will reduce the need for lead batteries, reduce the use of ozone-depleting substances with potent high GWP (e.g., HFCs), eliminate GHG emissions from burning kerosene and propane now used to operate off -grid vaccine coolers and refrigerators, resulting in direct and indirect GHG emission savings of 427 kt CO2 eq.
The project will reduce the need for lead batteries, reduce the use of ozone-depleting substances with potent high GWP (e.g., HFCs), eliminate GHG emissions from burning kerosene and propane now used to operate off -grid vaccine coolers and refrigerators, resulting in direct and indirect GHG emission savings of 427 kt CO2 eq.