Biowatt Institute, EV Charging Infrastructure & Solar Integration course focuses in EV charging infrastructure and solar integration provide comprehensive training on designing, implementing, and managing sustainable charging solutions, covering topics from hardware installation to smart grid integration.
Design & Scalability: Learning to create efficient, scalable charging stations for residential or public use.
Solar PV Integration: Integrating solar photovoltaic (PV) systems with EV supply equipment (EVSE), including inverter setup and wiring.
Energy Management: Using Smart Charging and Energy Management Systems (EMS) to optimize power flow from solar panels and manage grid loads.
Grid Impact Analysis: Evaluating how widespread EV adoption affects the power grid and identifying mitigation strategies.
Standards & Compliance: Understanding regulatory frameworks, safety standards, and local compliance for installation.
A mix of interactive lectures, software-based simulations and hands-on practical installation sessions
Courses on EV charging and solar integration are designed for a broad range of participants, from technical experts to business strategists and career changers. While many programs target intermediate professionals, there are specific pathways for beginners and those transitioning from other industries.
Focuses on the core technical components of electric vehicles and their interaction with the power grid.
EV Architectures & Charging Modes: Understanding BEV and PHEV configurations and the differences between AC (Level 1, 2) and DC Fast Charging.
Charging Infrastructure Design: Station architecture, site planning, and load assessment.
Safety & Compliance: High-voltage safety protocols, de-powering systems, and regulatory standards.
Grid Impact Analysis: Evaluating how large-scale EV deployment affects peak demand, voltage regulation, and thermal loading.
Shifts to the integration of renewable energy and managing electricity storage.
Solar PV System Sizing: Technical design of photovoltaic systems, including module selection, pitch, and orientation.
Energy Storage Systems (ESS): Battery storage technologies (Lithium-ion, Lead Acid) and sizing storage as a buffer for fast charging.
Power Electronics: Inverters, converters, and DC-DC interfaces that manage the electrical flow between solar panels, batteries, and chargers.
Integration Modeling: Understanding how AC and DC-coupled systems interact with different components.
Focuses on advanced optimization and the operational life of the infrastructure.
Smart Charging & Demand Response: Deploying techniques to manage grid load and using EVs as "grid assets".
Vehicle-to-Grid (V2G): Principles of bidirectional power flow and energy trading concepts.
Monitoring & Digital Systems: Using IoT-enabled infrastructure and cloud-based tools for real-time diagnostics and energy management.
Operations & Maintenance: Routine checks, software updates, and lifecycle economic analysis including ROI and payback periods.
After successfully completing this training course, participants will be awarded Biowatt Institution Certificate of Completion accredited by Botswana Qualification Authority — a respected validation of their dedication to continuous learning and professional excellence. This certificate signifies that participants have gained the essential knowledge and skills required to make a measurable impact in their field.
Upon successful completion of the training course, you will receive The Energy Training Centre Certificate of Completion with corresponding learning hours.
There are two convenient options to register for a training course:
Online Registration Form – Register for your desired training course by completing the online registration form available on our website. Simple click on the registration button or select your preferred dates and provide the requested information.
Email Registration – You can email us your intention to register at info@biowattinstitution.africa. Our team will guide you through the registration process and provide assistance you may need.