Adarsh Kumar Pandey is a Professor at the United Arab Emirates University, Dubai, United Arab Emirates. His research involves, but is not limited to, Sustainable Energy Technologies, Advanced Energy Materials, Nano Enhanced Phase Change Materials (NePCMs), solar PV and PVT, dye-sensitized solar cells. Dr. Kalidasan Balasubramanian is a Lecturer at Sunway University, Malaysia. He holds expertise on thermal energy storage, nanomaterials, solar thermal system, and more. Dr. Kalidasan actively contributes to international research collaborations and scholarly peer review and is committed to advancing high-quality, impact-driven engineering research aligned with global sustainability goals.Following his PhD, he completed post‑doctoral research at the Research Centre for Nanomaterials and Energy Technology, Sunway University. His research expertise spans thermal energy storage, nanomaterials, solar thermal systems, renewable energy, and net‑zero carbon neutrality. He has published research and review articles in several high‑impact international journals, including Progress in Materials Science, Progress in Energy and Combustion Science, InfoMat, International Materials Reviews, Chemical Engineering Journal, and SmartMat, among others. He is also an inventor on multiple Indian and Malaysian patents based on his research contributions. His academic and research excellence has been recognized through several honors and awards, including the Rising Star Award at Sunway University, Best Paper and Best Presentation Awards at international conferences, the Best Innovation Award in the Make It Challenge, and the Best Outgoing Student Award.

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• Part 1: Connection between Energy & Phase Change Materials1. Energy Storage: Towards Sustainable Future2. Phase Change Materials as Energy storage material: Classification and ChallengesPart 2: Thermal Performance enhancement of Phase Change Materials3. Impact of 1D, 2D, 3D nanomaterial with Phase Change Materials4. Significance of Encapsulated Phase Change Materials5. Shape stabilized Phase Change Materials: Solving the issue of leakage6. Advancements in Eutectic Phase Change MaterialsPart 3: Phase Change Materials and its Applications7. Phase Change Materials in Domestic Solar Energy Systems8. Battery Thermal Management and Automotive Applications of Phase Change Materials9. Electronics Cooling and Thermal Management using Phase Change Materials10. Phase Change Materials for Building Thermal Regulation11. Phase Change Materials for Cold Storage12. Phase Change Materials for Space Application13. Phase Change Materials for Textile ApplicationPart 4: Phase Change Materials and Sustainability14. Environmental and Sustainability Aspects of Phase Change Materials15. Life Cycle Analysis embodied with Carbon/emission/Recycling nature of Phase Change MaterialsPart 5: Futuristic Advancement associated with Phase Change Materials16. Emerging Class of Phase Change Materials: Towards sustainable future with IOT and smart technologies

Adarsh Kumar Pandey is a Professor at the United Arab Emirates University, Dubai, United Arab Emirates. His research involves, but is not limited to, Sustainable Energy Technologies, Advanced Energy Materials, Nano Enhanced Phase Change Materials (NePCMs), solar PV and PVT, dye-sensitized solar cells. Dr. Kalidasan Balasubramanian is a Lecturer at Sunway University, Malaysia. He holds expertise on thermal energy storage, nanomaterials, solar thermal system, and more. Dr. Kalidasan actively contributes to international research collaborations and scholarly peer review and is committed to advancing high-quality, impact-driven engineering research aligned with global sustainability goals.Following his PhD, he completed post‑doctoral research at the Research Centre for Nanomaterials and Energy Technology, Sunway University. His research expertise spans thermal energy storage, nanomaterials, solar thermal systems, renewable energy, and net‑zero carbon neutrality. He has published research and review articles in several high‑impact international journals, including Progress in Materials Science, Progress in Energy and Combustion Science, InfoMat, International Materials Reviews, Chemical Engineering Journal, and SmartMat, among others. He is also an inventor on multiple Indian and Malaysian patents based on his research contributions. His academic and research excellence has been recognized through several honors and awards, including the Rising Star Award at Sunway University, Best Paper and Best Presentation Awards at international conferences, the Best Innovation Award in the Make It Challenge, and the Best Outgoing Student Award.

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• Part 1: Connection between Energy & Phase Change Materials1. Energy Storage: Towards Sustainable Future2. Phase Change Materials as Energy storage material: Classification and ChallengesPart 2: Thermal Performance enhancement of Phase Change Materials3. Impact of 1D, 2D, 3D nanomaterial with Phase Change Materials4. Significance of Encapsulated Phase Change Materials5. Shape stabilized Phase Change Materials: Solving the issue of leakage6. Advancements in Eutectic Phase Change MaterialsPart 3: Phase Change Materials and its Applications7. Phase Change Materials in Domestic Solar Energy Systems8. Battery Thermal Management and Automotive Applications of Phase Change Materials9. Electronics Cooling and Thermal Management using Phase Change Materials10. Phase Change Materials for Building Thermal Regulation11. Phase Change Materials for Cold Storage12. Phase Change Materials for Space Application13. Phase Change Materials for Textile ApplicationPart 4: Phase Change Materials and Sustainability14. Environmental and Sustainability Aspects of Phase Change Materials15. Life Cycle Analysis embodied with Carbon/emission/Recycling nature of Phase Change MaterialsPart 5: Futuristic Advancement associated with Phase Change Materials16. Emerging Class of Phase Change Materials: Towards sustainable future with IOT and smart technologies

Adarsh Kumar Pandey is a Professor at the United Arab Emirates University, Dubai, United Arab Emirates. His research involves, but is not limited to, Sustainable Energy Technologies, Advanced Energy Materials, Nano Enhanced Phase Change Materials (NePCMs), solar PV and PVT, dye-sensitized solar cells. Dr. Kalidasan Balasubramanian is a Lecturer at Sunway University, Malaysia. He holds expertise on thermal energy storage, nanomaterials, solar thermal system, and more. Dr. Kalidasan actively contributes to international research collaborations and scholarly peer review and is committed to advancing high-quality, impact-driven engineering research aligned with global sustainability goals.Following his PhD, he completed post‑doctoral research at the Research Centre for Nanomaterials and Energy Technology, Sunway University. His research expertise spans thermal energy storage, nanomaterials, solar thermal systems, renewable energy, and net‑zero carbon neutrality. He has published research and review articles in several high‑impact international journals, including Progress in Materials Science, Progress in Energy and Combustion Science, InfoMat, International Materials Reviews, Chemical Engineering Journal, and SmartMat, among others. He is also an inventor on multiple Indian and Malaysian patents based on his research contributions. His academic and research excellence has been recognized through several honors and awards, including the Rising Star Award at Sunway University, Best Paper and Best Presentation Awards at international conferences, the Best Innovation Award in the Make It Challenge, and the Best Outgoing Student Award.

Select Guide Rating

• Part 1: Connection between Energy & Phase Change Materials1. Energy Storage: Towards Sustainable Future2. Phase Change Materials as Energy storage material: Classification and ChallengesPart 2: Thermal Performance enhancement of Phase Change Materials3. Impact of 1D, 2D, 3D nanomaterial with Phase Change Materials4. Significance of Encapsulated Phase Change Materials5. Shape stabilized Phase Change Materials: Solving the issue of leakage6. Advancements in Eutectic Phase Change MaterialsPart 3: Phase Change Materials and its Applications7. Phase Change Materials in Domestic Solar Energy Systems8. Battery Thermal Management and Automotive Applications of Phase Change Materials9. Electronics Cooling and Thermal Management using Phase Change Materials10. Phase Change Materials for Building Thermal Regulation11. Phase Change Materials for Cold Storage12. Phase Change Materials for Space Application13. Phase Change Materials for Textile ApplicationPart 4: Phase Change Materials and Sustainability14. Environmental and Sustainability Aspects of Phase Change Materials15. Life Cycle Analysis embodied with Carbon/emission/Recycling nature of Phase Change MaterialsPart 5: Futuristic Advancement associated with Phase Change Materials16. Emerging Class of Phase Change Materials: Towards sustainable future with IOT and smart technologies