This presentation gives an overview of the Carbon-neutral Gen-set Approach for reliable powers supply in remote areas.

The United Nations Industrial Development Organization is currently implementing the Renewable energy technologies for seaweed value added in Tawi-Tawi (RETS) project, funded by the European Union. The project involves the installation of two (2) renewable energy hybrid systems in the islands of Sitangkai and Sibutu, Tawi-tawi, comprised of solar panels, lithium-ion batteries, diesel generators and smart energy management systems.

Energy transition from biomass and fossil fuel to renewable energy is must to achieve Nepal’s target to achieve ‘net zero emission’ by 2045. The transition needs to be participatory and inclusive and requires multi-disciplinary outlook. Multi-actor partnership (MAP) for 100 % Renewable Energy is a platform of 40+ organizations and experts working on energy and climate change in Nepal to facilitate the policy dialogues for developing long-term transition processes to 100% RE.

This presentation gives an overview of the smart electrification of end-use sectors as key for minimizing investments needs in power sectors.

This presentation gives an overview of the sector coupling trend in Korea.

This presentation gives an overview of the current and planned renewable energy projects in Mongolia.

This presentation gives an overview of the e-Mobility Ecosystem in Cambodia.

This presentation gives an overview of the benefits of using Helios PowerWheel.

The pursuit towards a Low-Carbon and Resilient Future is critical for our future. While technologies like Battery-based Energy Storage System (BESS) can address several grid challenges, they often dubbed as the more costly solution than traditional alternatives. But it is now becoming more known that BESS can be a more cost-effective solution if planned, coordinated and managed accordingly.

The result of the TIC project was presented to show the performance of an installed Polyethylene-made Heat Exchanger named “G-Hex” in a chicken processing factory in Viet Nam. The system utilizes discarded thermal energy of cold wasted water for pre-cooling and proved its high performance.