Description: Improving management capacity can increase the reliability and resilience of the energy supply in the most economic and efficient manner. In this sense, energy resilience could be achieved by taking proactive measures, introducing emergency plans and working procedures, enhancing coordination and synergy with other public service departments, etc.
Session 4.3: Managing for Resilience
Session 4.2: High Level Technology and Innovative Design for Power System Resilience
Descriptions: Advanced technology application has greatly changed the way we use energy and improved energy system capacity against disaster and emergency situation. Combining modern ICT technologies with power system technologies, renewable energy solutions, power storage, and other applications enable the energy system more resilient through proactive planning, smart controlling, better monitoring, fast locating, and efficient restorage.
Session 4.1: Planning for Resilient Energy Infrastructure and Supply Chains
Description: This session presented experience and plans for climate/disaster proofing energy and urban infrastructure including existing and future developments. Protection of existing energy and infrastructure such as pipelines, power transmission facilities, health facilities, and supply chains, will be required during the transition.
Session 3.3: Solar Plus: Alternatives and Enhancements to Solar for Power Generation
Description:Solar PV as a proven technology presents opportunities for integration of cost-efficient cross-sectoral innovations and value-added benefits in its applications. This session looked at an off-grid community in Pakistan that achieved resilience through enhanced community stewardship and training in operation and maintenance of solar-based appliances.
Session 3.2: Planning, Designing, and Building for Climate Resilience
Description:Building resilience in FCAS and SIDS requires concerted, coordinated and measured solutions. This session showcased examples of climate adaption planning and solutions, and post-conflict emergency responses. Speakers shared insights into developing the Marshall Islands roadmap for aid-effectiveness in climate and energy; highlighted lessons in providing rapid and sustainable response to water and power shortages in the wake of the Marawi conflict that destroyed infrastructure, and threatened health and safety; and described a method to grow ‘living breakwaters’ that protect coastlines and increase bio-diversity in local marine eco-systems, using renewable energy.
Session 3.1: Harnessing the Oceans
Description: Small island states are big ocean states. Sustainable harnessing of this vast resource supports economic growth and provides livelihoods and revenues beyond fishing licenses and vessel-day schemes. This session looked at marine clean energy production with multiple co-benefits: wave plus solar energy for a small island in Vietnam; marine solar for production of hydrogen, ammonia and methanol; and floating solar with aquaculture for energy and food security.
Session 2.3: Multi-sector Approaches to Clean Energy Development: Energy ++: Air Quality Improvement Program in the Greater Beijing-Tianjin-Hebei Region
Description: The People's Republic of China (PRC) has experienced successful economic growth over the last decades, but at the same time, has experienced challenges common to many upper-middle income countries (UMICs)—air pollution, urban-rural gap, and emerging cooling energy demand.
Session 2.2: Solar Energy – It’s Not Just Electricity
Description: When most people think of solar, they think of panels and electrons. Solar PV is great, but it’s far from all solar has to offer. Solar has opportunities across sectors, from solar thermal applications to emergency water supply and desalination, urban vertical farming that can reduce transport, concentrating solar for industrial heat and steam operations, and more.
Session 2.1: Economy-wide Energy Evolution
Description: Thanks to improvements in technologies and distributed systems planning, people in every sector of the economy can now help deliver a sustainable energy future – from education, city planning, rural livelihoods, water systems, health sectors, and more.
Session 1.3: Technology Roadmaps for Key Technologies: Approaches and Findings
Description: This session discussed the latest technology development of renewables, energy efficiency, and electrification of other sectors and how to set a more ambitious target in energy roadmaps with regulatory changes needed for the NDCs. Speakers can come from ADB, DMC executing agencies, relevant organizations from Asia and the Pacific, as well as other international organizations, to present recent developments and challenges in each technology field.
Session 1.2: Rural Clean Energy: A Crucial Solution for NDCs
Description: Rural development is not neglected in the achievement of NDC goals in Asia and the Pacific. The development of rural clean energy is crucial to the realization of NDC goals. This session presented successful cases of rural clean energy and discuss the challenges in its development.
Session 1.1: Overview of NDC Implementation in the Context of Climate Change in Asia and the Pacific
Description: This session reviewed the implementation of NDCs in Asia and the Pacific region in the past 5 years and identified challenges and solutions in meeting the targets. Through the member states’ introduction of their implementation of NDCs, DMCs learned from each other on possible ways and means to incorporate energy development into the next round of NDC processes.