Cyclone-rated solar panel installation for high wind areas

March 26, 2025

Northern Australia is no stranger to extreme weather.

Powerful cyclones, winds and rain storms put infrastructure to the test year after year. For businesses operating in these harsh environments – like mine sites, airports, construction projects and remote facilities – having structures that can withstand the elements is essential.

When it comes to solar energy, durability matters. A system that isn’t built for high winds could mean costly damage, downtime and lost energy production when it’s needed most.

That’s where CSE Linked’s EcoPort comes in. Designed for the toughest conditions, EcoPort is a cyclone-rated solar solution built to keep delivering power, no matter what the weather throws at it.

EcoPort Solar System Engineered To Withstand The Toughest Conditions

When installing solar panels in high-wind areas, wind ratings are a crucial factor. Solar panels are typically classified based on their ability to withstand different wind speeds.

In cyclone-prone regions, a higher wind rating is essential to ensure that solar panels remain secure and operational. Selecting the right panels and mounting systems designed for these conditions can significantly impact the longevity and safety of a solar installation.

The wind regions in Australia range from A to D, with D being the most extreme, covering cyclone-prone areas. Wind region C covers much of northern Australia, including the northwest coast of WA, all of NT and most of QLD. However, wind region D applies to a 50 km-wide coastal strip in WA, stretching from Carnarvon to just north of Port Hedland, where the most severe cyclonic conditions occur.

CSE Linked’s EcoPort is boasts a Wind Region D classification – the highest rating for wind resilience. This means EcoPort can be deployed in cyclone-prone areas without compromising safety or efficiency, making it a reliable choice for businesses in high-risk zones.

What Makes the EcoPort Able to Meet a Wind Region D Rating?

The EcoPort is built for resilience. It features a fully galvanised steel structure and a weatherproof finish, designed to endure extreme weather without compromising functionality.

Key design elements include:

• Robust modular framework that enhances structural integrity.
• Secure mounting options, including rag bolt foundations or suspended slab installation, making it adaptable to various terrains.
• Heavy-duty solar panel mounting to prevent uplift or damage from strong winds.

By incorporating these design elements, EcoPort provides a cyclone-rated solar solution that ensures longevity, safety and reliable energy generation in any environment.

Scalable Solar Solution to Suit Your Needs

CSE Linked’s EcoPort is not only designed for resilience, it also offers a flexible and modular approach to solar energy. Its expandable system allows businesses to scale their solar capacity based on their energy requirements.

Each EcoPort column supports up to 9kW of solar PV and provides parking for three vehicles. You can also scale your energy output according to your needs, with single unit providing 3.15 kW output (with 9 x 350W panels) and a double unit providing 6.3 kW output (with 18 x 350W panels).

This adaptability makes EcoPort ideal for a variety of industries, from mining and construction to regional infrastructure and commercial operations.

Why Choose CSE Linked?

At CSE Linked, we engineer solar solutions for real-world conditions. The EcoPort is the result of extensive research, field testing and a deep understanding of Australia’s most challenging environments.

With EcoPort, businesses and communities can enhance energy security, reduce emissions and strengthen resilience against extreme weather.

As part of the CSE Uniserve Group, we provide comprehensive support, including:

• Site audits and feasibility assessments
• System commissioning and testing
• Preventative maintenance and repairs
• Spare parts and ongoing technical support

For more information on how the EcoPort can support your operations, contact CSE Linked today.