SCALE UP for net zero: Benchmarking solar and wind growth in South, Southeast and East Asia

The Kamus Kosakata Transisi Energi (Energy Transition Terminology) is a specialized guidebook developed by the Project Clean, Affordable and Secure Energy (CASE) for Southeast Asia to support journalists, media professionals, and beginners in navigating the complexities of climate change and energy transformation. This resource provides clear definitions and illustrations for critical terminology—ranging from Adaptation and Resilience to technical concepts like AMDAL (Environmental Impact Assessment) and Biofuels—to ensure accurate and informative reporting. By bridging the gap between scientific knowledge and public discourse, the glossary aims to shift the narrative in Southeast Asia toward evidence-based energy transitions and higher climate ambitions in alignment with the Paris Agreement

This infographic, "Our Elec-tree-city," illustrates how Indonesia's current reliance on fossil fuels—accounting for 87% of its electricity—directly impacts national development and drives climate change. To address these challenges, the CASE project outlines five strategic pillars for reform: providing long-term investment certainty for renewables, enhancing system flexibility, safeguarding system adequacy, managing the retirement of carbon-intensive assets, and ensuring affordable electricity for all consumers. 

This policy paper provides a comprehensive overview of no-regret uses of hydrogen in Thailand’s energy transition. It outlines global trends in hydrogen development, examines the role of climate-neutral hydrogen in achieving a net-zero future in Thailand, and identifies priority applications for the energy sector where hydrogen can deliver clear and strategic value. The paper also presents policy recommendations to guide Thailand’s hydrogen deployment in the energy sector (power generation, industrial, and transport) in a cost-effective, secure and competitive manner.

 Just Transition Framework Study 2025 

Indonesia’s rapid industrialisation over the past decade, particularly in energy-intensive
sectors such as nickel processing, aluminum, steel, and pulp and paper, has brought about a
substantial expansion of captive power generation. These on-site or dedicated power systems
have become the backbone of industrial growth, ensuring reliable electricity for operations that
require constant, high-quality supply. Much of this expansion, however, has relied on coal,
resulting in rising greenhouse gas emissions, mounting regulatory pressures, and emerging
concerns about long-term competitiveness within global markets that are increasingly
demanding low-carbon materials. The Captive Power Study was undertaken to examine the
scale of this challenge, identify realistic transition pathways, and understand the implications
for Indonesia’s JETP commitments, industrial development, and economic resilience.