How much CO₂ will I save each year by using a UBC SLI battery?

The exact amount of CO₂ savings will depend on a number of factors. These include the type and weight of the vehicle, its standard emissions, and the annual mileage.

For example:

For a typical SUV:

Weight with traditional SLI battery: 2440kg; emissions 219g per kilometre
Weight with UBC SLI battery: 2425kg; emissions 217g per kilometre.
Annual mileage: 16093 km (10,00 miles)
Annual CO₂ emissions saving: 32186g or 32.16kg (or 70.9 lbs)

For a small family car:

Weight with traditional SLI battery: 1400kg; emissions 109g per kilometre
Weight with UBC SLI battery: 1385kg; emissions 108g per kilometre
Annual mileage: 16093km (10,000 miles)
Annual CO₂ emissions saving: 16098g or 16.0kg (or 35.5 lbs)

Eurobat Battery Innovation Roadmap 2030

Eurobat Battery Innovation Roadmap 2030 – Lead Acid Batteries

EUROBAT Parameters		2020 State of the Art	2030 Target	UBC 2021
Electrochemical System	Cathode	PbO₂	PbO₂	PbO₂
Electrochemical System	Anode	Pb, Pb+C	Pb, Pb+C	Pb, Pb+C
Energy Density (Wh/Kg)	Battery	23 – 45	35 – 55	52 – 68
Energy Density (Wh/l)	Battery	36 – 100	50 – 110	112 – 139
Power Density (W/Kg)	Battery	41 – 400	65 – 450	380 – 410
Power Density (W/l)	Battery	76 – 840	72 – 900	820 – 920
Predicted Lifetime (Yr)	Calendaric	10 – 25	10 – 25	10 – 25
Operation Temperature Range (^oC)		-25 – +50	-25 – +50	-40 – +88
Energy Efficiency (%)		67 – 85	>90	85 – 90

EUROBAT = Association of European Automotive and Industrial Battery Manufacturers. The purpose of the association is to study all matters of interest to storage battery manufacturers and their sub-contractors in Europe, the Middle East and Africa.

How much CO2 will I save each year by using a UBC SLI battery?

How much CO₂ will I save each year by using a UBC SLI battery?