AGRIVOLTAIC GREENHOUSES

The future grows with sunlight.

Smart solar energy for existing greenhouses — bringing electricity generation and crop-responsive light management together in one productive space.

Request a Greenhouse Assessment ↗Explore the Technology ↓

AGRICULTURE FIRSTENERGY INTELLIGENTLYONE GREENHOUSE. TWO HARVESTS.

AGRISOLARCOM / THE EXPERIENCE01 / 04

01 / START WITH THE GREENHOUSE

One roof.
Limitless
potential.

Smart solar design starts with real structures, real crops, and real working conditions.

02 / UNDERSTAND THE CROP

Light for
every living
leaf.

PAR and daily light integral help describe how sunlight supports crops through the growing cycle.

03 / MAKE SPACE WORK TWICE

Power above.
Growth
below.

Bring renewable energy generation and productive cultivation together, subject to site-specific feasibility.

04 / BUILD THE NEXT CHAPTER

Engineered
for what
grows next.

Assessment, engineering, implementation planning, and monitoring—designed around each greenhouse.

AGRI / ENERGY LAB● LIVE CONCEPT

LIGHTPARCrop-responsive

DAILY LIGHTDLIGrowing needs

RENEWABLEPVEnergy output

CONCEPTUAL VISUALIZATION · NOT ENGINEERING DATA

SCROLL TO EXPLORE ↓

01 / RETROFIT

Built for existing greenhouses.

02 / GROW

Production keeps growing.

03 / GENERATE

Crops below. Clean energy above.

THE SYSTEM

One greenhouse.
Two productive futures.

An integrated agrivoltaic approach that aligns photovoltaic generation with the changing light needs of greenhouse crops — without dedicating a separate field to solar production.

Existing structures

Evaluate integration into plastic or glass greenhouses, with structural compatibility assessed for each site.

Crop-responsive light

Balance solar collection and crop needs using greenhouse conditions, sunlight, PAR and daily light integral targets.

Integrated delivery

From assessment and system engineering through implementation planning, monitoring and support.

REAL-WORLD RESEARCH

Research-led.
Field-informed.

Greenhouse agrivoltaics is advancing through documented international research. Results depend on crop, site, climate and system configuration.

6REGACE greenhouse demonstration sites

5countries in the REGACE programme

PAR + DLIcrop-light measures informing dynamic management

Dual usefood production and renewable electricity

The REGACE figures refer to the independent EU-funded research programme, not to a claimed number of AgriSolarCom commercial installations.

AGRICULTURE FIRST

Solar energy designed around the crop.

Agrivoltaics works best when electricity is not the only design objective. Every greenhouse has its own crops, seasonal growing needs and structural constraints.

Explore your greenhouse's potential ↗

Greenhouse crops growing beneath a covered structure

01 — GROWING CONDITIONS

Light guided by plants

Evaluate panel positions against crop-light requirements and greenhouse microclimate.

Solar panels integrated with greenhouse framing

02 — PRODUCTIVE SPACE

More from one footprint

Bring renewable energy generation into the same area already dedicated to growing crops.

GROWTH MEETS GENERATION

Good for energy.
Designed for growing.

See the structure. Understand the crop. Design for both.

GREENHOUSE FIELD GALLERY

Real greenhouses.
Real growing environments.

Photographic references from the greenhouse materials you supplied. Replace these screenshot crops with original camera files when available for full resolution.

Rows of crops growing inside a greenhouse — FIELD VIEW / 01

Vegetables growing inside an agrivoltaic greenhouse — FIELD VIEW / 02

Tall greenhouse crops under a metal roof structure — FIELD VIEW / 03

A greenhouse interior with cultivated plants — FIELD VIEW / 04

Greenhouse structure and cultivation rows — FIELD VIEW / 05

Overhead framing within a greenhouse — FIELD VIEW / 06

EVIDENCE, NOT ASSUMPTIONS

Science behind smarter greenhouses.

Research provides a foundation for better design decisions. Every customer project still requires its own agronomic, structural and electrical evaluation.

REGACE — European greenhouse agrivoltaics research

An EU-funded programme assessing responsive greenhouse PV systems across six sites in five countries.

Explore the official research ↗

Crop-responsive solar tracking

Adaptive control strategies aim to adjust panel positions in response to crops, weather and greenhouse conditions.

Read the research summary ↗

Greenhouse pilot studies

Research on solar modules in cultivated greenhouses explores the relationship between light transmission, energy generation and crop productivity.

View the published study ↗

FROM IDEA TO IMPLEMENTATION

A clear path from assessment to operation.

Site review

Greenhouse structure, crop type, energy requirements and constraints.

Feasibility

Technical, agricultural and financial opportunities reviewed together.

System design

Site-specific panel configuration, crop-light strategy and engineering.

Delivery & insight

Implementation planning, monitoring and continuous learning.

WHY AGRISOLARCOM

When agriculture and energy grow together.

AgriSolarCom is presented as a greenhouse agrivoltaics brand focused on connecting clean energy technologies with practical agriculture. Our approach is to start with the needs of the grower, examine the greenhouse and build solutions around real operating conditions.

Discuss your greenhouse ↗ Meet our team ↓

THE PEOPLE BEHIND THE INNOVATION

Meet the team

The people behind our approach to greenhouse agrivoltaics.

Dr. Ibrahim Yehia

Founder & CEO

Physics and greenhouse agrivoltaics research.

Prof. Raid Saabni

Chief Technology Officer

Machine learning and crop-responsive systems.

Eng. Nizar Massalha

Electronics Engineer

On-site installation and technical implementation.

Abed yunis

Sales manager

LET'S TALK GREENHOUSES

Explore what your greenhouse could become.

Tell us about your site, location and crop. We can start the conversation with the details that matter.

☎ 0772326200

TECHNOLOGY • AGRICULTURE • SOLAROne conversation starts the journey.