Thoughts on agrivoltaics, grid resilience, food security, and the future of distributed energy.
Traditional solar installations fail in hurricane conditions. We designed our arrays from the ground up for 150+ mph winds, heavy snow, and thermal stress.
New research shows up to 5°C reduction in soil temperature during peak heat stress. Here's what that means for crop resilience and energy optimization.
How distributed agrivoltaic arrays can provide grid stability services without requiring massive battery storage or centralized infrastructure.
Agricultural resilience and energy independence are two sides of the same coin. Our approach to integrated planning.