What Is Agrivoltaics?
Crops and panels on the same land, working because plants stop using extra light long before panels do. The physics, the microclimate and design choices.
Updated 8 October 20267 min read
Topic
Systems that must stand on their own — sizing for the worst month, autonomy and load management — and the physics of technologies moving from lab to field.
Off-grid design starts with an honest load calculation. Daily energy, continuous power and surge are three different numbers, and a standalone system has to meet all three in its weakest season, not its average one. The load guide here walks through that method, the conversion losses between the panel and the socket, and the places where estimates usually go wrong.
The rest of the section looks at technologies still finding their place. Hydrogen is labelled green, blue or grey according to how it is made, and the differences lie in carbon and conversion losses rather than in the molecule itself. Tidal and wave energy draw on the same ocean but behave very differently: one is predictable years ahead, the other is weather. Agrivoltaics puts crops and panels on the same land, and works because plants stop using extra light long before panels do.
Each article explains the underlying physics and the engineering trade-offs, with metric and imperial units throughout and no prices, products or regional incentives.
Crops and panels on the same land, working because plants stop using extra light long before panels do. The physics, the microclimate and design choices.
Updated 8 October 20267 min read
Tides are a clock, waves are weather. How each ocean energy resource works, why predictability changes everything, and why survival loads dominate both.
Updated 8 October 20267 min read
Energy, continuous power and surge are three different numbers, and an off-grid system must satisfy all three. The method, the losses, and where it fails.
Updated 8 October 20267 min read
The colours describe how hydrogen was made, not the gas. Steam reforming, carbon capture and electrolysis compared by chemistry, energy and emissions.
Updated 8 October 20267 min read