Safeguarding the future of Renewable Energy
Resilient infrastructure is fundamental to renewable energy output and its future investment.
Empowering the Energy Transition with Risk Expertise
The transition to clean energy is essential in the face of intensifying climate risks. As production and consumption of renewable energy continues to grow new technologies are revolutionizing the power generation, storage and distribution landscape. But with rapid innovation comes complex risk. From extreme weather events to evolving supply chains, renewable energy assets face a broad spectrum of threats. Failure to address these and to build resilient infrastructure can undermine performance, reliability, safety and continued investment into this booming sector.
Whether you're developing a solar farm, managing wind assets, or deploying battery energy storage systems (BESS), we help you anticipate, and mitigate the physical and operations risks that most could most impact your business.
1. International Energy Agency. (2021). Renewables 2021: Analysis and forecast to 2026. IEA.
In an emerging industry, experience is key
We support our customers across the entire renewable energy lifecycle - from project design and development, through operation and asset retirement. By combining advanced risk modeling and loss scenario simulations, with a market leading team of specialized risk consultants, we help clients improve project viability, reduce losses, and support safer, more sustainable energy infrastructure.
Our team is hired from industry with direct operational experience spanning onshore wind, solar PV, hydroelectric, geothermal, biomass, BESS, carbon capture and hydrogen technologies. With a truly global footprint, our risk engineers are highly-experienced in working within emerging markets with complex, multi-stakeholder environments.
Powering your stability and growth
Continued investment into renewable energy is critical, but stability and reliability is needed to fuel the growth of this industry. Comprehensive resilience building initiatives embedded from the on-set are essential for protection, operational continuity, and end-to-end insurability of critical infrastructure. Our capabilities are anchored to the following pillars:
Renewable Technology Adoption
Avoid physical damage, operational disruption and reputational loss by assessing and mitigating unique risks across sustainable technology assets.
Risk Reduction and Adaptation
Use the power of claims data, climate forecasting and on-site inspections to identify risk and adapt energy generation, storage, and related infrastructure.
Loss reduction
By designing or adapting assets to be resilient, the impact of loss events can be greatly minimized allowing the production, distribution and consumption of energy to remain uninterrupted
Risk quantification
Calculate the financial cost estimates of different loss scenarios, and measure the financial benefit of applying risk reduction measures.
Protecting Europe’s Energy Infrastructure Against Climate Risk
How prepared is the renewable energy industry for the increasing physical impacts of climate change?
Could Europe’s ambitious renewable energy goals be derailed by extreme weather events?
To understand the scale and severity of this challenge, we conducted a detailed industry analysis, using our proprietary climate data models, assess the climate risk exposure of energy generating and storage assets across Europe, up to the year 2050.
Energy Risk Insights
How can we protect Europe’s renewable energy infrastructure from climate risks?
Emmanuel Mtika, Global Head of Sustainable Energy, and Matt Holmes, Head of Political & Government Affairs, discuss the most critical outcomes of the industry leading report “ Safeguarding Our Energy Future: Protecting Europe’s Energy Infrastructure Against Climate Risk.”
Why critical infrastructure is a ticking time bomb
Critical infrastructure is dangerously overlooked. Despite threats from extreme weather, cyberattacks and conflict, the Global Risks Report ranks disruptions to critical infrastructure low. Leaders must act fast.
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Frequently asked questions
It is the process of identifying and mitigating threats that impact the safety, reliability, and performance of renewable energy assets throughout their lifecycle.
We help clients identify vulnerabilities early and implement controls to avoid costly downtime, environmental damage, and reputational loss.
Extreme weather and long-term climate trends can damage infrastructure. We help integrate resilience strategies to protect investments.
Yes. We develop fire risk assessments, suppression strategies, and design guidance to address hazards associated with lithium-ion and PV technologies.
Absolutely. We tailor every solution to the specific risks, regulations, and physical conditions of your project’s location and energy technology.