Basque cider apples are getting a solar roof 13 feet above the orchard, and AI will decide when the trees need shade and when the panels should stop babysitting the fruit and chase the sun instead

Basque Country is showing how to harmonize food production with solar power generation using a smart roof.

Worldwide, nations are under pressure to rapidly expand renewable energy infrastructure.

This is essential in addressing accelerating climate change and rising energy demands.

For other regions protective of their local farming roots, this solar roof installation becomes a benchmark for future dual-use projects.

However, this green capacity growth is often stalled due to severe land-use conflicts with agriculture.

Will using artificial intelligence in specialized designs help the two sectors to coexist in one site?

How to solve a dual crisis with renewable energy expansion

The dual crisis faced globally has become more profound.

Global warming is placing immense pressure on the world, especially as climate change continues to accelerate.

This is driven by record-smashing greenhouse gas emissions worldwide.

These annual emissions have neared roughly 37.8 billion metric tons.

With atmospheric carbon dioxide moving past 422 parts per million, it is no wonder that Earth’s temperature is rising.

To prevent catastrophic weather events, these emissions must be curbed.

However, this has become exceptionally difficult in the digital and electrical era.

Modern society requires an uninterrupted supply of baseload power to maintain these high-tech operations.

Consequently, global electricity demand has exceeded 29,000 terawatt-hours.

Power grids worldwide have become immensely strained as a result, facing stability issues.

Utility operators thus continue to rely on fossil fuels to prevent widespread grid failure.

To break this destructive cycle and solve the dual crisis, rapid green capacity growth is vital.

The spatial bottlenecks of an increased need for solar power

Solar energy has become a core pillar in this global renewable energy transition.

In Europe, photovoltaic facilities have significantly scaled up to boost clean power output.

By the end of 2025, the European Union’s total installed capacity reached roughly 406 gigawatts.

This can be attributed by the technology’s rapid deployment, affordability, and high conversion efficiency.

However, solar power deployment often faces major geographical barriers.

Spain’s Basque Country exemplifies this, as it is a compact, high-demand territory.

Standard large-scale photovoltaic projects require massive land space for development.

This usually triggers competition with local farming practices.

For this region, agriculture is economically and culturally vital, which is why local communities often oppose these projects.

This has severely stalled green energy expansion in the area.

To address this spatial bottleneck, Iberdrola developed a unique solar design for Basque Country.

The goal is to demonstrate that productive soil can continue food production while generating clean energy.

Covering cider apple orchards with smart photovoltaic roofs

Solar panels and food production can share the same soil, becoming mutually beneficial.

In Álava, located within the Basque Country, a pioneering agrivoltaic system proves this.

A smart solar roof was created, rising above Sidreria Kuartango’s commercial apple orchards.

The system’s ultimate goal is to optimize local cider production.

Adding AI to bifacial photovoltaic modules

The bifacial panels of the solar roof are mounted on elevated portico structures at roughly 13.5 feet high.

At this height, agricultural machinery can freely operate underneath.

Powerful Tree developed AI-driven software, which controls trackers on the 700-watt panels.

These trackers continuously work out optimal angles.

This enables the roof to adapt to the orchard’s needs.

During intense heatwaves, the roof adjusts to provide shade, lowering thermal stress and conserving soil moisture.

When protection is not needed, the panels pivot away to maximize clean power generation.

This innovative system in Basque Country proves that local agriculture and renewable energy production can coexist.

Furthermore, by adding cutting-edge AI technology to the specialized design, yield quantity and quality can actually improve.

For other regions protective of their local farming roots, this solar roof installation becomes a benchmark for future dual-use projects.

Ultimately, advanced agrivoltaic designs are essential in overcoming the world’s dual crisis.