Energy Efficiency Services Ltd (EESL) has announced that it will invest in SWAG EV, an emerging e-mobility player to drive the use of electric motorbikes while contributing to increasing power grid flexibility.
This concept of convergence – the integration of electric mobility, battery storage, renewable energy generation and carbon finance – has the power to provide clean, reliable and affordable energy, and catalyse an energy transformation in Southeast Asia, a release from EESL said.
In Thailand, the drivers of the 21 million motorbikes – the main form of transportation in most cities and a leading cause of transport-related carbon dioxide emissions – now have a new role to play in the fight against climate change.
By using e-bikes with swappable batteries, most of which will be charged by solar power, they can drive the transformation to healthier cities while fighting climate change. ‘Batteries on wheels’ create an overlap between e-mobility, solar energy battery storage and a more flexible power grid. The e-bike batteries will increase the capacity of the power grid to incorporate a higher share of renewable energy in its energy mix and trigger decarbonization in Thailand. This concept is replicable across the world and this project will serve as the basis for implementation in India.
EESL’s initial $5-million investment was conceptualized by SHIFT Asia, a carbon finance platform designed and operated by South Pole to mobilize climate finance for e-mobility. In addition to its investment, SHIFT Asia will co-fund the e-bike charging infrastructure in designated service areas and support EESL in financing shared batteries; all to make battery swapping and charging simple and convenient.
A major mid-term goal of the SHIFT platform is to use these batteries in their second life as a distributed renewable energy storage facility, providing the Thai energy grid with the flexibility to manage a higher share of variable renewable energy. They will be charged during the day with solar power (when electricity demand is low), and discharged during the evening power peak hours, when there is more demand than supply of electricity.
Charging stations located in factories with solar roofs will also be able to store and release surplus solar power. This system helps Thai utility companies increase the flexibility of the power grid, both in terms of managing variable renewable energy generation and reducing the load on the grid during peak hours.
Featured photograph sourced from www.swagev.com
