AgriVoltX: Hybrid is the future of farming.
Hydroponics meet Agri-Photovoltaics – scalable, sustainable and self-sufficient.
Explore the concept
Strategic Partnership
More with less: Resource-smart farming in tight spaces.
AgriVoltX pioneers modular systems that merge high-efficiency hydroponics with solar-powered agri-photovoltaics.
Join us in shaping the future of sustainable farming.
AgriVoltX is on a mission — and we’re looking for passionate partners in research, agriculture, and technology to bring our first pilot project to life. Bring your expertise. Drive innovation. Let’s build a smarter, greener tomorrow — together.
Crisis in the Fields – When Farming Reaches Its Limits
The ground is dry, the skies stay silent – the harvest shrinks by half.
Climate change is destroying harvests – with torrential rain, storms, and hail.
The Facts
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Water scarcity & drought
Agriculture consumes 70% of the world’s freshwater – and it’s running low.
No rain, no harvest: In 2022, drought slashed German crop yields by nearly a third.
A warning from the FAO: By 2050, one in two farms could run dry.
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Toxins in our soil – and on our plates
30,000 tons of chemicals – sprayed onto our future.
From soil to supper: Pollution flows through our entire food system.
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Rising energy costs
Nearly 30% cost surge in 2022 – electricity and energy are breaking the system.
Main driver: electricity and energy prices.
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Extreme weather & crop damage
Hail in July 2024 wiped out vast stretches of produce – and it won’t be the last.
More storms. More damage. Less food.
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Land use competition
Food vs. energy: Who wins when land runs out?
Traditional solar takes over farmland – but farmers see no return.
A new path forward: Smart farming meets solar innovation with AgriVoltX
One solution for two crises: Clean power and food security – united in one field.
Agri-PV – Power and protection for plants
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Semi-transparent solar panels:
Generate electricity while allowing plant-friendly light to pass through.
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Dual land use:
No more either-or: Agriculture and energy on the same plot
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Cooling & protection:
PV modules reduce water loss and shield crops from heat, hail, and extreme weather. -
Self-sufficiency:
Generate your own power – and profit from the excess.
Hydroponics – Rethinking efficiency
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Save water:
Up to 90% less water used through closed-loop systems.
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Pesticide-free & climate-independent:
No chemicals. No seasons. Just clean, consistent growth. -
Fast cycles, predictable yields:
Faster harvests. Reliable returns. -
Soil-independent:
No soil? No problem. Grow anywhere. Works even on degraded or sealed land.
Our modular Hydro-PV system
Where clean energy and food production grow together
Our system combines energy-independent food production with efficient resource use – regardless of location, climate, or soil quality.
For farmers, this means higher yields, lower operating costs, and full control.
Energy supply
- Semi-transparent photovoltaic modules generate electricity while supporting plant growth.
- Battery storage ensure supply – even at night or during poor weather.
Smart greenhouse
- Automated control systems manage climate, ventilation, and lighting.
- The smart farming system efficiently manages water, light, and nutrient supply.
- LED lighting increases yields even in low sunlight conditions.
Hydroponic cultivation – precise & flexible
- NFT systems for shallow-rooted crops like lettuce and microgreens
- DWC systems for water-intensive crops
- Drip systems for nutrient-demanding crops like tomatoes and peppers
Water management
- Closed-loop systems reduce water use by up to 90%.
- Optional desalination enables independence in arid regions.
Big impact. Low footprint. See the difference.
CO₂ reduction
>70%
compared to traditional vegetable farming.
Self-generated energy
>80%
with battery-supported greenhouse operation.
Pesticide use
0%
near pesticide-free cultivation possible.
Water savings
90 %
compared to traditional vegetable farming.