Researcher at University of Nigeria Nsukka, Nigeria
This Researcher accomplished renewable energy researcher holds a Master of Engineering and a Ph.D. from the World Bank Africa Centre of Excellence for Sustainable Power and Energy Development (ACE-SPED), University of Nigeria, Nsukka . With over four years of dedicated research experience, they have authored nine high-impact publications on sustainable and advanced cooling technologies . Their doctoral work focused on developing an innovative solar-driven adsorption chiller integrated with encapsulated phase change material thermal storage a solution addressing the mismatch between day and night cooling demands. This pioneering technology supports energy efficiency, reduces CO₂ emissions , and provides vital cooling solutions for heat-vulnerable regions. Beyond academia, they have contributed to solar energy system design, led engineering teams and implemented large-scale renewable projects across Cameroon. Their career blends hands-on engineering, advanced modelling, and sustainability-driven innovation, making them a leader in climate-conscious thermal systems.
Professional Profile
ORCID Profile | Scopus Profile
Education
The researcher’s educational journey reflects a strong commitment to renewable energy innovation . They earned a Ph.D. in Renewable Energy and New Energy Systems from ACE-SPED, University of Nigeria, Nsukka , supported by a competitive World Bank scholarship. Their doctoral studies specialized in experimental and thermodynamic modelling of solar-driven adsorption chillers integrated with phase change materials for thermal storage . Prior to this, they completed a Master of Engineering in Renewable Energy from the University of Buea, Higher Technical Teacher’s Training College (HTTTC) Kumba, Cameroon . They also hold an earlier Master of Engineering in Renewable Energy from the same institution, establishing a solid academic foundation in solar thermal systems, energy storage, and advanced thermodynamics . This strong educational background combines theoretical depth with practical applications, empowering them to address climate challenges through sustainable energy solutions .
Experience
As a doctoral researcher at they designed and fabricated a adsorption chiller, paraffin wax PCM storage, and advanced solar thermal systems. They have served as a Cameroon government teacher in Renewable Energy , mentoring future engineers. Professionally, they have worked as a part-time designer and team lead engineer at Tagus Drone Company , leading solar system deployments for residential and industrial applications. Notable achievements include electrifying a exhibition stand at Cameroon’s Promote fair and developing portable solar kits for rural communities . Their experience blends hands-on fabrication, system modelling, and field deployment, showcasing their ability to lead cross-functional teams, deliver sustainable solutions, and bridge academic research with real-world impact .
Research Interest
This researcher’s work lies at the intersection of renewable energy systems, thermal energy storage, and climate-responsive engineering . They focus on solar-driven adsorption cooling technologies , aiming to enhance energy efficiency and reduce greenhouse gas emissions. A core area of interest is integrating phase change materials (PCM) into thermal storage systems to balance day-night operational mismatches . They are passionate about thermodynamic modelling, multiphase heat and mass transfer analysis, and computational fluid dynamics for optimizing system performance . Broader research themes include solar thermal applications, HVAC energy optimization, biomass energy systems, and environmental impact assessment . Their vision aligns with Sustainable Development Goals (SDGs), particularly climate action, affordable clean energy, and sustainable cities . By merging experimental design with simulation tools, they aim to create scalable, low-carbon solutions for heat-vulnerable populations and industrial cooling demands .
Award and Honor
This renewable energy innovator has earned recognition through competitive scholarships and high-impact achievements . Their Ph.D. scholarship from the World Bank’s reflects academic excellence and research potential in sustainable power and energy development. They have presented groundbreaking work at international conferences, including the West Africa Centres of Excellence on Energy Network (WACEENET) and the Sustainable Engineering and Industrial Technology Conference . Their innovative solar-driven adsorption chiller design and fabrication projects have been highlighted in peer-reviewed journals . Professionally, they have been entrusted with leading large-scale solar energy installations and high-profile projects, such as the GIZ exhibition stand electrification . These honors and responsibilities showcase their technical expertise, leadership skills, and commitment to climate-focused engineering. Each milestone reflects their role as both a researcher and a practitioner shaping the future of sustainable energy systems .
Research Skill
This expert possesses a diverse and advanced skill set in renewable energy engineering . They excel in multiphase heat and mass transfer analysis, fluid dynamics control, and computational modelling . Skilled in thermodynamic cycle evaluation, solid-state physics, and component-level electronics design, they can integrate mechanical, thermal, and electrical systems for optimal performance . Their capabilities extend to solar thermal system design, biomass energy conversion, and thermal energy storage technologies, including PCM and sensible heat systems . Proficient in multi-physics simulation, CAD-based mechanical design, and emerging fields like machine learning for predictive maintenance, they bridge traditional engineering with digital innovation . Additionally, they bring expertise in energy policy analysis, environmental impact assessments, and techno-economic evaluations . This rare combination of theoretical knowledge, experimental skill, and system-level integration enables them to tackle complex energy challenges across academic, industrial, and community settings .
Publication Top Notes
Title: Experimental Validation of Flow Regulation in an Innovative Adsorption Chiller with EPCM Thermal Energy Storage
Journal: Results in Engineering
Authors: Onyekwere Ojike; Tagne Takote Brice Clausel; Cosmas Anyanwu; Mkpamdi Eke; Fidelis Abam
Year: 2025
DOI: 10.1016/j.rineng.2025.106706
Title: Performance Analysis of Control Valves for a Novel Adsorption Chiller with Thermal Energy Storage
Journal: Case Studies in Thermal Engineering
Authors: Tagne Takote Brice Clausel; Cosmas Anyanwu; Mkpamdi Eke; Charity Mokom
Year: 2025
DOI: 10.1016/j.csite.2025.106015
Conclusion
Dr. Tagne Takote Brice Clausel make significant contributions to the advancement of solar-driven adsorption cooling systems integrated with thermal energy storage. The first paper experimentally validates a novel flow regulation approach in an adsorption chiller with encapsulated phase change material (EPCM), demonstrating improved operational stability and energy efficiency. The second paper analyzes control valve performance, revealing optimization strategies that enhance system responsiveness and cooling capacity. Together, these works provide a strong experimental and analytical foundation for designing low-carbon, high-efficiency cooling technologies suitable for deployment in heat-vulnerable regions. They not only address the day–night energy mismatch challenge but also align with global climate action goals, paving the way for scalable and sustainable refrigeration solutions in both residential and industrial contexts.