Irrigation + Energy + Agriculture

A new way to grow power without leaving farming behind.

Solargation® is a modular infrastructure platform that integrates utility-scale solar generation, agricultural irrigation, and active land use into a single field-ready system.

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Why it matters

The clean energy transition needs land. Farmers need productive fields.

Solargation® turns that tension into a shared opportunity: elevated solar arrays are paired with irrigation and material dispersal so the land can keep serving agriculture while producing marketable energy.

Energy capture

Single-axis tracking and modular electrical architecture support utility-scale generation.

Irrigation built in

Water and agricultural inputs can be distributed through the same field infrastructure.

Farm-first design

Clearance, row spacing, and operating positions are designed around agricultural use.

Solargation® solar arrays over agricultural fields in morning position

Not just solar above crops.A field system intended to preserve agricultural operations while adding energy, irrigation, and data capability.

The system

One field. Multiple operating modes.

The Solargation® Block is designed to move with the needs of the day: generating power, irrigating crops, supporting harvest access, cleaning panels, and stowing safely for weather events.

Irrigation mode

Sprinkler assemblies are integrated with the solar structure to reach crop rows below.

Energy mode

Tracking positions help arrays capture sunlight throughout the operating day.

Harvest access

Panel height and tilt are configured to allow equipment and workers to move through the field.

Safe stow

Weather-aware positioning reduces exposure during high-wind and storm events.

What makes it different

A modular block designed for scale, transport, and real farming conditions.

Patented combined-use platform

Solargation® pairs photovoltaic production with irrigation and agricultural material dispersal in a single patented system.

Utility-scale architecture

Block-based electrical groups, inverter groups, and tracker segments create a repeatable path from prototype to full project scale.

Water, data, and operations

The concept supports irrigation automation, remote monitoring, security, and future soil analytics within a unified operating framework.

Resilient by design

Configurations can be adapted for high wind, floodplain, seismic, and site-specific agricultural requirements.

From farmland constraint to clean-energy advantage

The teaser: Solargation® reframes the land-use problem by making energy infrastructure perform an agricultural function, inviting visitors to explore how the system works technically, operationally, and financially.

Field views

See the field operate.

High-definition renderings show how the same infrastructure changes posture for power, water, cleaning, pasture, harvest, and weather resilience.

Designed to scale without abandoning the farm.

The prototype report identifies two site-adaptable configurations: a higher-density 2P configuration and a streamlined 1P configuration for more demanding wind environments.

28MW per 100 acres, approx. 2P

19MW per 100 acres, approx. 1P

Explore the full case

Four focused pages plus News explain the land, water, energy-cost, crop-yield, and project-announcement story.

The supporting pages convert each comparison graphic into a web-ready explanation using the same Solargation® visual system. They are linked below for a cohesive GitHub-ready site structure.

Land Use

Compare agricultural land-equivalent loss for traditional solar PV, agrivoltaics, diesel, natural gas, and crop-enhancing Solargation®.

Water Use

Show how direct PV water use and avoided irrigation can shift Solargation® into a net water-saving farm-level case.

Energy Costs

Explain the LCOE comparison using EIA AEO2026 values and the illustrative USDA irrigation-support adjustment.

Crops

Food and energy together: compare crop-yield impacts and the illustrated Solargation® yield uplift from irrigation, fertigation, and soil analytics.

News

Read the featured T-Mobile/Phoebus Puerto Rico announcement and how it connects to Solargation® deployment.

Invitation to explore

The breakthrough is not one component. It is the combination.

Solar. Irrigation. Farming. Data. Resilience. Solargation® brings them together into a single land-use platform that can now be explored through dedicated land, water, energy-cost, and crops pages.