Green Energy Integration
Solar-pump irrigation, agrivoltaics, biogas. Energy and yield, engineered together.
The problem we solve.
Farms are some of the largest electricity buyers in their grid regions — and pumps, fans, and lighting dominate the bill. On-farm renewable energy can flip the economics, but only if it's integrated with operations, not bolted on.
JMJ designs the energy stack — solar, battery storage, biogas — alongside the precision-ag stack, so the two reinforce each other. Off-grid solar pumps for irrigation. Agrivoltaics where the crop tolerates it. Battery storage that load-shifts irrigation to off-peak.
Engineered, not improvised.
Solar-pump irrigation engineering for off-grid or grid-tied operations
Agrivoltaics feasibility and design (crop selection, panel height, row spacing)
Biogas from livestock manure with grid or on-farm offtake
Battery storage sized for irrigation load-shifting
Net-zero and Scope 2 reporting for ESG documentation
What you should expect.
Engineering specifics.
We are vendor-agnostic where possible and opinionated where it matters. The stack above represents typical components; final selections depend on your operating environment, budget, and compliance posture.
Built to federal-grade standards.
USDA REAP grant documentation support. State renewable-energy incentive applications. Aligned with major ESG reporting frameworks (CSRD in Europe, SEC climate rules pending in US).