Electrical Engineering
- Power Systems
- Electrical Design
- Protection Systems
- Renewable Energy Systems
Renewable Energy | Solar PV | Power Systems
Engineering a Sustainable Future Through Innovation, Renewable Energy, and Practical Solutions.
I am an Electrical and Electronic Engineer passionate about renewable energy systems, solar PV design, power distribution, and creating technologies that improve lives and strengthen communities.
Electrical & Electronic Engineer | Renewable Energy Enthusiast | Building Sustainable Energy Solutions for the Future
Solar PV
Design, sizing, integration, and performance analysis
Power Systems
Distribution, protection, reliability, and infrastructure planning
Sustainable Infrastructure
Practical systems that support communities and economic growth
About Me
Engineering shaped by purpose, community, and practical impact.
My journey from Ghana to the United Kingdom has shaped the way I see engineering: as both a technical discipline and a responsibility to solve real problems. Studying Electrical and Electronic Engineering has strengthened my understanding of power systems, electrical design, renewable technologies, and the infrastructure needed to deliver reliable energy.
I am especially passionate about renewable energy and sustainable infrastructure because they sit at the center of economic development, quality of life, and opportunity. My ambition is to contribute to energy development in Africa, particularly Ghana, by helping design systems that are reliable, affordable, and built for the communities they serve.
Technical Capability
Skills across energy systems, design tools, and engineering analysis.
Renewable Energy
- Solar PV Design
- Off-Grid Systems
- Battery Energy Storage
- Energy Modelling
Software & Tools
- MATLAB
- Simulink
- PVsyst
- RETScreen
- Cisco Packet Tracer
- AutoCAD
Engineering Analysis
- Technical Reporting
- System Optimisation
- Research & Development
- Project Planning
Featured Projects
Applied renewable-energy work with practical engineering outcomes.
Fence-Mounted Solar PV System at Newhaven Port
A research project investigating the optimisation of fence-integrated photovoltaic systems for renewable energy generation and battery charging applications.
Solar PVBattery ChargingOptimisation
Results achieved
Assessed installation constraints, energy yield potential, and practical integration routes for port-side renewable generation.
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Off-Grid Solar PV Community Design
Design and sizing of a complete off-grid solar system including solar panels, battery storage, MPPT controllers, protection systems, and energy analysis.
Off-Grid PVMPPTProtection
Results achieved
Produced a resilient system architecture for reliable local power, storage autonomy, and maintainable community infrastructure.
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Battery Storage Research
Research into battery energy storage technologies including lithium-ion, second-life batteries, and community energy storage solutions.
Lithium-ionSecond LifeStorage
Results achieved
Explored storage technology pathways that can improve renewable reliability, peak management, and community-scale resilience.
Learn MoreEngineering Blog
Ideas, research notes, and field observations from clean-energy engineering.
Designing renewable infrastructure for real communities
Notes on translating energy ambition into maintainable systems, local capacity, and long-term reliability.
What makes an off-grid PV design dependable?
A practical look at load analysis, battery autonomy, protection, and component sizing.
Power systems thinking for sustainable development
How distribution, protection, and planning decisions affect the success of energy projects.
The role of data in future grid resilience
Smart monitoring, forecasting, and control can make renewable-heavy systems stronger.
Building credibility as an early-career engineer
Reflections on research, placements, technical writing, and project ownership.
Energy access as infrastructure for opportunity
Why sustainable energy work matters beyond electricity generation alone.
My Vision
Reliable and sustainable energy infrastructure for the next generation.
My long-term goal is to help develop reliable and sustainable energy infrastructure that supports economic growth, improves quality of life, and creates opportunities for future generations. I believe renewable energy will play a critical role in transforming communities across the world.
Experience
Electrical & Electronic Engineering Student
Developing a strong technical foundation in electrical systems, electronics, power engineering, and engineering analysis.
Design Engineering Placement
Contributing to design-focused engineering work with attention to documentation, standards, analysis, and practical delivery.
Renewable Energy Research Projects
Investigating solar PV integration, off-grid energy systems, and practical renewable solutions for infrastructure contexts.
Battery Research Volunteer Work
Supporting research into battery technologies, second-life applications, and community energy storage opportunities.
Testimonials
Professional feedback from supervisors, lecturers, and colleagues.
Kelvin brings careful technical thinking and a clear commitment to renewable-energy engineering. His work shows curiosity, discipline, and purpose.
Project Supervisor
He approaches engineering problems with maturity, communicates his reasoning clearly, and is motivated by practical impact.
Engineering Lecturer
Kelvin is dependable, thoughtful, and focused on building solutions that can make a meaningful difference in communities.
Engineering Colleague
Contact
Let’s connect on renewable energy, engineering design, and sustainable infrastructure.
For project discussions, research collaboration, placement opportunities, or professional enquiries, send a message or connect through the links below.