In pursuit of a sustainable planet, governments have joined together to commit to global climate change action. Ambitious carbon reduction targets have been set and initiatives to achieve them identified and backed.
Transport contributes up to a quarter of global CO2 emissions, with passenger cars responsible for over 40% of that total. In just 20 years, from 2000 to 2020, global passenger car CO2 emissions rose by 50%, reaching a new peak of 3.2Gt annually.1
Set against this background of escalating vehicle carbon emissions, the market for electric cars has grown but annual global sales still remain around 10% of all car sales.2 Significant barriers to mass EV adoption remain, notably vehicle purchase cost, journey range and charging times and logistics.
It is against this background that Ultimate Battery Co set out to develop technologies that will revolutionise vehicle battery power and accelerate the drive to Net Zero.
Replacing traditional lead-acid SLI batteries with UBC Duophasic COR modular batteries provides the automotive industry with the potential to achieve carbon emission reductions on a ground-breaking scale:
per vehicle
CO2 savings per year
UK
35 million vehicles
(assumes all had a UBC battery)
CO2 savings per year
removed from
UK roads
Globally
1 billion vehicles
(assumes all had a UBC battery)
CO2 savings per year
removed from the
planet’s roads
We care about our planet and the people that live on it. Now, and for our future generations.
Our mission is to develop products using sustainable battery technology which significantly reduce CO2 emissions.
Our products and manufacturing processes are designed for a sustainable economy:
Together with our customers and supply chain partners, we will accelerate the drive to Net Zero.
Sources: 1 Statista GmbH 2 International Energy Agency