Europe Drought 2026: Why FarSun Fixed Tilt Mounting Systems Are the Reliable Choice

In the summer of 2026, an unprecedented drought is gripping Europe. From Spain to Germany, from southern France to Italy, high temperatures and prolonged dryness are not only scorching the land – they are placing severe stress on Europe’s booming photovoltaic industry.

As a brand focused exclusively on solar fixed tilt mounting systems, FarSun believes that in an era of frequent extreme weather, the “skeleton” of a PV plant – the mounting structure – has become a core issue that goes far beyond simply chasing higher power generation. Reliability and durability now stand at the forefront.

Three Major Challenges Brought by Drought

The persistent drought impacts solar farms in multiple dimensions:

• “Dust storms” and efficiency loss – Southern Europe (e.g., Spain, Italy) suffers from parched, loose soil. Dust raised during construction and operation settles on module surfaces. Studies show that dust accumulation can reduce PV module efficiency by 5% to 30%, and in severe cases by over 50%. At the same time, lack of rainfall reduces natural cleaning of panels, directly increasing operation and maintenance (O&M) costs.

• Material and foundation durability – Prolonged high temperatures aggravate thermal expansion and contraction of metal components, potentially loosening connections or causing structural fatigue. Extreme dryness can also cause soil cracking or shrinkage, affecting the stability of mounting foundations, especially on soft soils in agrivoltaic projects.

• Fire risk – a dangerous “fuse” – Dry vegetation is perfect fuel, and the electrical equipment of a PV plant can become the ignition source. In France, authorities have required clearing vegetation within a 50‑metre radius around plants to prevent fire spread. Fire risk has now extended from southern Europe to countries such as the UK, Belgium, and Germany.

Why Fixed Tilt Mounting Is a Better Solution for Drought?

Faced with complex climate risks, fixed tilt mounting systems, with their “simple equals reliable” nature, demonstrate unique advantages:

1. Inherent robustness against extreme weather – Fixed tilt mounts have no motors, bearings, or moving parts. Their structure is simple. Because the modules do not move, they are naturally better able to withstand high winds, heavy snow, and sandstorms. Fixed mounts are firmly anchored to the ground and do not require complex sensors or control systems to handle strong winds (trackers must enter stow mode and adjust angles during gales). In southern Europe, where drought is accompanied by heatwaves and gusty winds, this “steady as she goes” stability is critical.

2. Lower maintenance costs, easier operation – With no wear‑prone moving parts, fixed mounts have fewer failure points, and long‑term O&M costs are significantly lower than those of trackers. In a drought scenario where maintenance crews face harsher working conditions, low‑demand maintenance means lower operational risk and expense.

3. Benefiting agrivoltaics and alleviating drought – In arid regions, fixed tilt PV systems can bring unexpected ecological benefits. Studies indicate that fixed‑angle PV systems can effectively reduce the impact of drought on grasslands and bare soil. The shading from panels can reduce evapotranspiration by up to 29% and increase soil moisture content by up to 34%. This means that FarSun's fixed mounts not only generate power but also help retain soil water, offering dual value for agrivoltaic projects.

FarSun’s Commitment: Designed for Europe’s Drought Environment

To address the specific climate challenges of the European market, FarSun’s fixed tilt mounting solutions are purpose‑built:

• Outstanding wind resistance and weather endurance – Our systems are rigorously engineered to withstand wind speeds up to 180 km/h, coping confidently with sudden gales that may accompany drought conditions.

• Superior corrosion protection and durability – FarSun ground‑mount systems are primarily fabricated from ZAM (zinc‑aluminium‑magnesium) coated steel. This coating offers excellent corrosion resistance and a “self‑healing” property – even if cut edges are exposed, a dense protective film forms to prevent rust propagation. Compared to traditional galvanized steel, ZAM coating demonstrates a longer service life and lower maintenance requirements in hot, dusty, and humid drought environments, ensuring the mounting structure achieves a design life of over 25 years under harsh conditions.

• Flexible foundation adaptability – We offer a variety of foundation options (e.g., driven piles, concrete footings) that can be tailored to different soil types and conditions, ensuring installation stability even in drought‑induced challenging ground conditions.

Conclusion: A Full‑Scale “Stress Test” of Capabilities

The 2026 European drought is a comprehensive stress test for the solar mounting industry. It challenges not only the physical durability of products, but also the industry’s end‑to‑end risk management capabilities – from design and construction to operations and maintenance. In the future, suppliers that can offer high weather resistance, strong corrosion protection, and intelligent risk‑prevention solutions, as well as project developers who integrate climate risk into their core project evaluation, will be the ones that stand out.

FarSun firmly believes that fixed tilt mounting systems, with their unmatched reliability, low maintenance, and excellent environmental adaptability, are the ideal choice for tackling extreme climate challenges like the European drought. When the sun beats down and the dust flies, FarSun’s fixed mounts will stand firm, supporting every solar panel and delivering long‑lasting, reliable green energy for our customers.

Choose FarSun – choose a partner that stands the test of drought.

FarSun – Dedicated to solar fixed tilt mounting systems, providing stable, durable, and cost‑effective solar racking solutions for customers worldwide.