AI Driven for EV Charging

Volterra’s solution helps save up to 30% of electricity across the entire infrastructure while reducing grid electricity costs by 40-73%, based on assumptions using Vietnam’s existing charging network. These benefits scale even further when deployed at large.

In the future, we aim to enhance our optimization method to reduce dependence on grid electricity by 80–85%. At the same time, we will refine our real-time optimization algorithm, enabling operators to better control the charging process, vehicle batteries, and the overall energy system. This will allow the entire system to operate more efficiently

Volterra’s solution optimizes the entire charging infrastructure from design to deployment. We help charging operators determine the optimal locations and number of stations before rollout using local data, and select the most efficient energy configuration in real time through technologies such as Digital Twins, IoT, and Dynamic Load Management.

Volterra’s solution helps save up to 40-42% of electricity costs. The efficiency is multiplied when deployed on a large scale. We can elevate the entire infrastructure, not just one station. By 2030, the market is expected to grow to nearly 1 million ports. And we aim to capture 30% of total ports by that time.