This report examines the development of solar electricity and the Feed in Tariff policy in Malaysia. It discusses the country’s solar energy potential, economic and environmental benefits, foreign investment, employment opportunities, and the major challenges affecting the long term success of renewable energy development.

This study evaluates stand alone solar PV systems in Malaysia, showing that although initial costs are high, they provide a reliable and sustainable solution for residential electricity in remote areas.

This study shows that disaggregated energy consumption significantly drives economic growth in BRICS countries, with coal, electricity, and petroleum playing major roles and strong feedback between energy use and GDP.

This study shows that increasing insulation improves energy efficiency in tropical buildings, but only up to an optimal thickness where cost and energy savings are balanced.

This study examines Malaysia’s renewable energy potential, showing how natural resources such as sunshine and rainfall can support sustainable energy development alongside economic growth.

This study explores how Malaysia’s Feed in Tariff policy for solar energy creates strong incentives for foreign investment, demonstrating the role of renewable energy policy in shaping investment flows.

This study shows that although financial crises reduced Malaysia’s economic growth, carbon emissions continued to rise, highlighting the dominant role of fossil fuel dependence and energy structure over short term economic shocks.

This study explores how economic growth and carbon emissions interact in Southeast Asia, revealing that reductions in GDP during the global financial crisis did not lead to lower emissions. The findings suggest that fossil fuel dependence and national energy structures play a more significant role than short term economic changes in shaping environmental outcomes.

This research investigates the drying of chilli using a solar assisted heat pump system with a multifunctional thermal collector, focusing on moisture reduction, drying efficiency, and the effect of temperature and airflow on drying performance.

This research examines the drying of salted silver jewfish using a hybrid solar drying system compared with open sun drying. It focuses on drying efficiency, moisture reduction, and energy performance, supported by experimental analysis and mathematical modelling to improve drying processes.

This research evaluates how Feed in Tariff policy can support renewable energy development and reduce carbon emissions in the Philippines. It finds that while the policy is effective in encouraging investment and lowering emissions, the cost of carbon reduction remains relatively high, highlighting the need for more efficient and balanced policy approaches.

This study challenges the assumption that moving up the solar industry value chain automatically leads to higher economic returns in Malaysia. It demonstrates that such strategies, when implemented without considering risk, market dynamics, and structural dependencies, may increase vulnerability rather than strengthen the industry. The findings emphasise the need for a balanced and context sensitive approach to industrial development.

This project investigates how embedded piezoelectric sensors can detect and locate impacts in smart composite plates using a low cost and reliable monitoring approach.

This project critically examines the World Bank’s recommendation for Malaysia to move up the solar industry value chain and highlights the risks, limitations, and economic implications of this strategy.