Otodiva.id – Huawei, as a global information technology provider, committed to accelerating the electrification of transportation in Indonesia. They offer advanced technology to build new energy infrastructure for electric vehicles (EV) and supporting the development of quality and easily accessible charging facilities.
Jin Song, CEO Digital Power di PT. Huawei Tech Investment, revealed at the EV PERIKLINDO Conference 2024 that the electric vehicle ecosystem in Indonesia is still developing. However, The electric vehicle market is expected to experience rapid growth in the near future, in line with global trends showing an increase in electric vehicles and charging needs.
According to Jin Song, The prospects for electric vehicles are very promising in the next decade, with predictions that the number of global electric vehicles will increase by up to 10 times over and the demand for charging goes up 8 fold. To keep up with this development, Indonesia needs to massively develop a high-quality charging network.
Konferensi dengan tema “EVolution REVolution on Technology, Consumers, and the Road to Sustainability” mengumpulkan lebih dari 500 industry players for two days to discuss developments in electric vehicle technology, consumer preferences, and sustainability initiatives in Indonesia.
Jin Song also expressed Huawei's readiness to work with car manufacturers and operators to build a more mature charging ecosystem. Huawei is committed to providing high-quality charging facilities throughout Indonesia.
As a technology leader, Huawei plans to continue investing in research and development and charging network technology. They aim to provide reliable solutions, trusted by the operator, and friendly to the electricity grid.
At the beginning of this year, Huawei merilis “Top 10 Trends of Charging Network 2024” yang menggambarkan tren terkini dalam pengisian daya kendaraan listrik. This trend includes the development of high-quality charging networks, ultra-fast charging, and optimal experience for users.
The trend also includes safe and trusted charging, interaction between the car and the power grid, interoperable power pooling architecture, as well as the use of liquid-cooled charging mode. Besides that, they highlight the importance of integrated local microgrid networks and smart charging networks for collaboration between cars and chargers.
