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CGPAPROJECTS

Solutions & capabilities

A connected set of capabilities for climate-responsive solar farms.

We combine research, engineering and agricultural insight to help solar developers, landowners and agencies make site-appropriate decisions for the long term.

What we offer

Six focused capabilities

Each capability can be engaged on its own or as part of a wider project — from a first feasibility view to full engineering coordination.

01

Agrivoltaic Research & Planning

Layouts tuned to crop light needs, site geometry and photovoltaic requirements. We study spacing, row orientation and shading patterns to find compatible outcomes for both energy and agriculture.

02

Thermal Modelling for PV Systems

Thermal and airflow analyses that identify how a site behaves under real climatic loads, so panel operating temperatures can be reduced and yield potential improved.

03

Solar-Farm Assessment & Optimization

Performance evaluation for existing and upcoming solar farms — reviewing site characteristics, thermal behaviour, layout and operational choices to identify practical improvements.

04

Agricultural & Horticultural Integration

Crop-selection, land management and horticultural planning tailored to work alongside PV infrastructure, informed by regional conditions and long-term productivity.

05

Engineering & Project Consultancy

Feasibility support, concept development, engineering coordination and stakeholder engagement for solar-energy and agrivoltaic projects.

06

Sustainable Environmental Solutions

Design choices that consider soil health, water usage and biodiversity — helping projects remain productive over the long term.

How we approach a project

A four-step, site-first process

Our process is intentionally sequential — the site informs the study, the study informs the design, and only then do we support implementation.

  1. Step 01

    Understand the site

    Climate, land, soil, existing infrastructure and stakeholder objectives.

  2. Step 02

    Study the system

    Thermal behaviour, PV technology, crop and agro-system compatibility.

  3. Step 03

    Design the response

    A climate-responsive layout and engineering approach for that specific site.

  4. Step 04

    Support implementation

    Coordination with engineering, agricultural and project partners through delivery.

Engagement

How we work with clients and partners

Every project brief is different, so we scope engagements around what a partner actually needs — an initial feasibility view, a deeper thermal and agrivoltaic study, a performance review of an existing solar farm, or full engineering and agricultural coordination.

We prefer long-term collaboration to short-term promises. Wherever possible, we like to visit sites, understand real constraints and design a response that fits the location.

Discuss a project

Let's build more productive solar farms — together.

Whether you are a solar developer, landowner, agency or research partner, we welcome conversations about climate-responsive agrivoltaics and solar performance.