Showing 1-10 of 283 Export Projects Click here to download the selected projects in excel format. You may adapt the selection by applying the filters on the left. Show 10 25 50 100 Sort by
Bilateral climate, energy and hydrogen partnerships, and energy dialogues are the central instruments of the foreign energy policy of BMWK. They form a global, steadily growing and valuable network between Germany and countries that are seeking to transform their energy systems, facilitate energy policy exchange at government level, provide momentum for innovations and economic cooperation on the path to a global energy transition.
The U.S. Trade and Development Agency (USTDA) signed a grant agreement with Indonesian national utility PT Perusahaan Listrik Negara (PLN) for a feasibility study to support of the development of two cross-border power interconnections between Indonesia and Malaysia. The project, which advances a key power sector objective for the Association of Southeast Asian Nations (ASEAN), will facilitate efficient resource sharing to help meet growing energy demands, enhance energy security, and implement policies for clean energy and climate protection goals in both countries.
The energy component of the project aims to enhance capacities of micro, small, and medium enterprises (MSMEs) in integrating energy management solutions for energy reduction as guided by the Climate Smart Industry Roadmap that will be developed with the Department of Trade and Industry. The project will also support key actors in the transport sector for emission reductions.
The project targets to promote sustainable agri-food processing and contribute to enhancing waste management in Vietnam by facilitating the adoption of volumetric continuous biomass gasification (VCBG) technology as renewable energy among agri-MSEs through supporting 2,500 agri-MSEs to adopt VCBG, 100 mechanical enterprises and 400 biomass supply businesses to join the market by providing services to MSEs in four provinces.
The project will help to improve energy efficiency and reduce the water and carbon footprint of the Saigon Water Corporation (SAWACO), which is in charge of the water supply in Ho Chi Minh City (HCMC). The project will lead to greenhouse gas abatement by reducing the amount of energy and water required to deliver a unit of water to end users. The project will finance consulting services and investment components for energy efficiency.
Project preparatory technical assistance reports are provided for small-scale technical assistance that identify, formulate, and prepare development projects.
The project will contribute to regional progress in achieving Sustainable Development Goal 7: expanding universal access to affordable, reliable and modern energy services by 2030. Through the adoption of clean energy by more service providers like telecom operators and implementation of modern rural electrification projects, sustainable and distributed energy solutions will enhance quality of life and drive increased economic activity across the region. The project will play a pioneering role in demonstrating the commercial viability of distributed energy storage in the Asia and Pacific region, encouraging widespread investment in energy storage and renewable energy across ADB DMCs.
The objective of this SOW is to strengthen the ability of HCMC DONRE and other GVN counterparts in HCMC in the city’s GHG emissions MRV through training on monitoring and reporting GHG emissions for enterprises/facilities and conducting GHG emissions quantification for 10 selected enterprises/facilities. These will help them to also understand the mitigation options available and their costs to be able to plan a strategy to optimize their actions and minimize compliance costs in both the short term and the long term.
Building on existing minimum energy performance standard (MEPS) guidance of ASEAN countries, the ACT MEPS project aims to institutionalize regional MEPS into national contexts to ensure regular updates, enhance coordination with the industry, as well as drive the uptake of energy efficient and low global warning potential air conditions (AC). The scope includes ACs with a capacity up to 100.000 btu/h (single, split type, and multi-split units).