Agrivoltaics & Solar Agriculture
Learn how solar energy, farming, irrigation, and land-use design can work together to produce food, generate clean electricity, and strengthen community resilience.
Category overview
This pathway introduces learners to agrivoltaics, solar-powered irrigation, solar drying, renewable energy for farms, and the design of food-energy-water systems for African communities.
Who it is for
Farmers, teachers, youth, technicians, extension officers, entrepreneurs, and sustainability learners.
What you learn
Solar agriculture, crop-energy integration, irrigation, system design, basic installation, and business models.
Skills gained
Problem-solving, solar literacy, farm planning, climate adaptation, water efficiency, and project thinking.
Outcome
Learners can understand, explain, plan, and support agrivoltaic and solar agriculture projects.
Beginner Courses
Start here. No prior technical knowledge required.
Introduction to Agrivoltaics
Understand how solar panels and crops can share land for food and energy production.
Solar Energy for Farmers
Learn how solar energy can support irrigation, drying, cold storage, and farm productivity.
Food, Energy & Water Basics
Discover how food, water, and energy systems are connected in farming communities.
Solar Irrigation Fundamentals
Learn the basic parts of a solar-powered irrigation system and how they work together.
Climate-Smart Farming Basics
Understand simple farming practices that reduce climate risk and improve resilience.
Introduction to Solar Farm Safety
Learn basic safety principles for working near solar panels, batteries, pumps, and wiring.
Intermediate Courses
Build practical skills for design, planning, and implementation.
Basic Solar Panel Installation
Learn installation principles, mounting, orientation, wiring basics, and field setup.
Solar Battery & Inverter Systems
Understand batteries, charge controllers, inverters, load sizing, and maintenance basics.
Solar Wiring & Electrical Safety
Learn wiring principles, protection devices, safe connections, and basic troubleshooting.
Agrivoltaic Crop Planning
Explore crop selection, shade response, spacing, and under-panel production planning.
Solar Mini-Grid Fundamentals
Understand small energy systems for farms, schools, households, and community hubs.
Solar Drying & Cold Storage
Learn how solar systems can reduce food waste through drying and cold chain solutions.
Advanced Courses
For professional application, project design, and leadership.
Agrivoltaic System Design
Plan integrated solar-agriculture systems using land, energy, water, and crop requirements.
Solar Agriculture Business Models
Explore business planning, pricing, financing, service delivery, and community deployment.
Monitoring Agrivoltaic Performance
Learn how to assess crop performance, energy generation, water savings, and project outcomes.
Policy & Governance for Agrivoltaics
Study policy, land-use planning, institutions, partnerships, and community adoption.
Agrivoltaics Project Development
Move from idea to project proposal, budget, implementation plan, and impact strategy.
Community Agrivoltaic Hubs
Design school, farm, and community agrivoltaic hubs for education, food, and energy access.
Certification pathway
Learners can progress from basic awareness to professional certification through a structured LIFEWS agrivoltaics learning pathway.
Related categories
Continue learning through connected LIFEWS Academy pathways.
Start your agrivoltaics learning pathway.
Begin with the foundational courses, then progress into installation, system design, project planning, and professional certification.