Hands-on
Energy
Grid-Tie Solar PV Systems
Master the physical connection frameworks, address variable renewable energy (VRE) grid challenges, and navigate regulatory compliance protocols.
📅 Date
Mar 4 - 5, 2027
📍 Location
Nairobi, Kenya
⏱️ Duration
2 Days Intensive
💰 Investment
USD 350 / KES 45,000
🎯
Target Audience
Engineers, Solar Technicians, Facility Managers, and Policy Stakeholders seeking to specialize in grid interconnection architectures.
Course Curriculum
Day 1: Technical Foundations & Grid Stability
Technical Focus
01
Module 1: Solar PV Technology & Inverter Topology
- High-Efficiency PV Systems: Rigorous review of modern module architectures including Bifacial and PERC configurations.
- Smart Inverters: Grid-tied vs. Hybrid inverters, analyzing grid support dynamics, reactive power management, and operational logic.
- C&I Coupling Frameworks: Standardizing AC and DC coupling methodologies across Commercial and Industrial scales.
02
Module 2: Technical Grid Connection Requirements
- Power Quality Metrics: Identifying, measuring, and managing Total Harmonic Distortion (THD) and system voltage flickers.
- Grid-Interactive Stability: Frequency and Voltage control parameters governing how solar plants dynamically adapt to grid variations.
- Protection Coordination: Deploying robust anti-islanding communication protocols and Low Voltage Ride Through (LVRT) safety capabilities.
03
Module 3: Grid Impact Studies
- Load Flow & Faults: Structural engineering introduction to load flow analysis and short-circuit validation studies.
- Feeder Hosting Capacity: Quantifying exactly how much variable solar capacity a targeted infrastructure feeder can handle.
- Intermittency Mitigation: Optimizing system architectures utilizing localized Battery Energy Storage Systems (BESS).
Day 2: Policy, Licensing, and Implementation
Regulatory Focus
04
Module 4: Legal Frameworks & The Kenyan Energy Act
- Energy Act 2019 Compliance: Structural breakdown of the latest legal mandates and updated Feed-in-Tariff (FiT) policies.
- Institutional Layouts: Interfacing with the regulatory pathways managed by EPRA, KETRACO, and Kenya Power (KPLC).
- Net Metering Frameworks: Comprehensive rules and billing parameters for modern Commercial & Industrial prosumers.
05
Module 5: Licensing and Interconnection Procedures
- EPRA Portal Deep Dive: Practical, step-by-step roadmap to achieving standard Class T3 technical licensing requirements.
- Power Purchase Agreements (PPAs): Deconstructing critical clauses, legal risk allocations, and "Take-or-Pay" vs. "Take-and-Pay" constructs.
- Environmental Safeguards: Managing Environmental and Social Impact Assessments (ESIA) for modern asset development.
06
Module 6: Operations, Maintenance, and Economics
- Asset Supervision: Integrating edge-based remote monitoring frameworks and SCADA infrastructure for real-time dispatching.
- Financial Modeling: Calculating Levelized Cost of Energy (LCOE) and complex corporate ROI margins under real grid restraints.
- Regional Case Studies: Interactive operations workshop evaluating highly successful grid-connected systems across East Africa.
🚀 Core Learning Outcomes
- ✔ Evaluate the comprehensive technical readiness of an active industrial site for safe grid interconnection.
- ✔ Navigate the digital EPRA portal interface and statutory compliance tracking routines completely seamlessly.
- ✔ Design protection and coordination configurations that prevent damage to the solar facility and the wider national grid.
- ✔ Translate complex energy generation analytics into concise, compelling financial cases for C-suite decision makers.
Ready to advance your solar engineering and grid-integration expertise?
Program slots are limited. Secure your placement for this high-demand technical intake.