Reihana Mohideen

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Dr. Reihana Mohideen is an electrical engineer leading the work on socio-technical systems applied to the low-carbon energy transition towards inclusiveness and sustainability, at the Nossal Institute for Global Health and the Climate CATCH Lab, at the University of Melbourne, Australia.

Knowledge Partnership for Clean Energy: Highlights of the Workout on the Indonesia Center of Excellence

This material contains the highlights of Asian Development Bank’s Knowledge Partnership for Clean Energy Workout on the Indonesia Center of Excellence.

This report summarizes the highlights of the event, the first in a series of intensive workout sessions envisioned to help Indonesia and other countries find and implement clean energy solutions that are best suited to their conditions.

Knowledge Partnership for Clean Energy: Highlights of the Dialogue on the Indonesia Center of Excellence

This material contains the highlights of ADB's Knowledge Partnership Dialogue on the Indonesian Center of Excellence for Clean Energy.

This report summarizes the highlights of the event, which aimed to explore common goals with development partners and public and private entities, and scope collaborative opportunities in the deployment of clean energy in Indonesia.

Sicheng Wang

Sicheng Wang is a senior researcher at Energy Research Institute (ERI), NDRC of China. He is a Member of the Standing Committee of China Renewable Energy Society and Vice Director of the China Renewable Energy Industry Association (CREIA).

He has been working in the PV field for 30 years and has completed hundreds of PV projects. He is experienced in both grid-connected and off-grid PV power projects.

The Energy Effect of Urban Water Security, Lessons from the Australian Millennium Drought, and Related Analysis

Urban water supply and use have a large energy impact. Rising energy use and cost also pose signficant risks to the water sector. Better understanding and management of the links between water and energy could help countries formulate a sustainable, whole-system approach that would ensure water and energy security and resiliency.

Quantifying the Energy Effect of Urban Water Security

Experts from the University of Queensland presented a systemic analysis of energy use in Australia's urban water system in this event on Quantifying the Energy Effect of Urban Water Security: Case Studies from the Australian Millennium Drought. Discussions included related work on water and electric utility planning, benchmarking city-scale water-energy performance, analysis of water-energy linkages within residential water use, and emerging tools and frameworks for decision making.