While clean energy sources – wind, solar, and battery energy storage (BESS) – offer numerous benefits, it is important to acknowledge the fire risks associated with these technologies. By understanding and addressing fire risks, you can mitigate or even prevent fire damage in clean energy assets. Although these incidents are relatively rare, it is crucial to prioritize safety measures such as regular maintenance, proper installation, and installing fire suppression systems to mitigate fire risks associated with clean energy technologies.
Offshore wind turbines play a crucial role in diversifying the energy mix, reducing carbon emissions, and contributing to a sustainable future. Like any other energy infrastructure, offshore wind turbines can be vulnerable to fire incidents caused by a variety of factors such as electrical faults and equipment malfunction. Learn steps that can be taken to reduce fire risks.
Our automatic fire suppression systems provide uninterrupted 24/7 protection without electricity and no false alarms. Our systems detect fire right at the source, without human intervention to activate the system, and uses clean agents to suppress the fire which does not leave a residue or damage the sensitive components within the nacelle.
Learn MoreThe benefits of solar farms are so dramatic that in just the last ten years, the average annual growth rate for the solar industry has been 33% year-over-year. With expansion numbers like that, it’s important to note that any new frontier brings challenges, such as inverter fires and how to mitigate fire risks.
Learn MoreWe recently sat down with an operations executive in the wind industry that experienced a fire in the nacelle of a wind turbine and the Firetrace system installed quickly suppressed fire. Learn more about his experience.
Learn MoreIn our latest report, we explore the lack of comprehensive data related to wind farm fire events and the serious problem this poses to the industry. It also looks at the changing financial risk, with the average cost of a wind turbine fire rocketing from approximately $1 million 10 years ago to $7-8 million today.
Learn MoreThe Inflation Reduction Act (IRA) will lead to the development of 550GW of new, utility-scale clean power by 2030 – with an enormous amount of wind and solar farms set to be deployed, steps must be taken to protect personnel and assets from fire risk, which is often underestimated and overlooked.
Learn MoreWatch the 60-second animation that explains how our pre-engineered indirect release and direct release fire suppression systems work to protect vulnerable locations within wind turbines.
Learn MoreOur two-part webinar series brings together a panel of industry experts including, JP Conkwright, Professor of Fire Protection and Safety Engineering Technology at Eastern Kentucky University; Angela Krcmar, Firetrace's Global Sales Manager - Wind; Sally Wright, Principal Wind Turbine at DNV, to discuss the causes and impacts of wind turbine fires.
Learn MoreFor wind farm owners seeking to safeguard their assets from fire risk, undertaking an in-depth fire risk assessment (FRA) is vital. Our latest report, ‘How to Evaluate Fire Risk at Wind Farms,’ highlights the importance of FRA’s and advises the best methods for conducting them.
Learn MoreThough solar farm fires are rare, they are not impossible. Any high-power electrical equipment, including a solar power plant, presents a risk for fire. The good news is that solar farm fire protection has quickly evolved along with the solar industry.
Learn MoreOperators must decide whether it’s worth investing in fire safety products, taking into consideration their likelihood of experiencing a fire. One of the best ways to do that is to identify the turbines in a fleet that carry the greatest risk. That way, operators can maximize their investment in fire protection by concentrating on high risk sites.