Courses
Our Curriculum Overview
A Commitment to Excellence
At Kärtel Energy Academy, our curriculum is designed to deliver structured, industry-relevant education that meets the evolving demands of the renewable energy sector.
We are committed to providing training that balances technical depth, professional practice, and certified competence. Each program is developed using a competency-based framework, combining classroom instruction, hands-on practical training, and formal assessment to ensure measurable learning outcomes.
Through this approach, Kärtel Energy Academy maintains a clear commitment to quality education, assessed competence, and professional integrity, ensuring that every graduate is prepared to perform, adapt, and lead within the solar energy industry.
Solar PV Installation
Practical training on the safe and correct installation of solar photovoltaic systems, covering mounting, wiring, commissioning, and fault prevention.
System Design
Learn how to design efficient and compliant solar power systems through load analysis, component sizing, system layouts, and performance optimization.
Inverter Integration
Focused training on inverter selection, configuration, hybrid integration, and system communication for stable and efficient power conversion.
Battery Management & Diagnostics
Covers battery technologies, charging systems, monitoring tools, fault detection, and maintenance practices for long-term energy storage performance.
Renewable Energy Project Management
Training on planning, executing, and managing solar projects, including budgeting, scheduling, risk management, and stakeholder coordination.
Safety Standards & Policy Compliance
Provides knowledge of electrical safety practices, industry regulations, and policy frameworks required for compliant and responsible solar installations.
Competency-based assessments aligned with international standards.
Formal assessments designed to verify skills, practical knowledge, and professional competence in alignment with recognized international benchmarks.
Applied R&D; in solar technologies, storage systems, and sustainable power solutions.
Hands-on research focused on solar technologies, energy storage, and sustainable power solutions adapted to real-world operating environments.