The solar market is experiencing rapid, sustainable growth
As the fastest-growing renewable energy source globally, solar delivers reliable and cost-effective energy to our grids.
With new generating capacity installed year over year, solar PV remains the most popular form of renewable energy thanks to its familiarity, convenience, sustainability credentials, policy support, and low generation costs compared with the available alternatives.
While solar energy continues to grow rapidly, these valuable assets face significant operational risks. From extreme weather events to equipment failure, solar installations require robust protection to ensure reliable long-term performance and return on investment. This is where specialized insurance becomes critical.
Resilience should be rewarded
Solar projects are not without their risks – for example, solar equipment can be threatened by extreme weather such as hail, fire, flood, and wind, and attritional risks such as theft, vandalism, and brush fire.
And that’s where kWh Analytics comes in – thanks to our internal expertise and extensive database of solar assets, we model solar risk accurately to provide insurance that rewards proactive resilience measures put in place by diligent asset owners.
We are leading experts in the solar energy sector
The industry’s largest renewables database
Our database is comprised of approximately 30% of the industry’s assets.
Industry-leading thought leadership
Our annual Solar Risk Assessment report features insights from experts across the industry on the latest risks facing solar.
Industry Insiders
As residents of the solar community for over a decade, we understand the nuances that this asset class requires.
Keeping solar projects resilient
Investing in resiliency measures protects solar assets and can reduce the cost of insurance with kWh Analytics.
Flood
Flood sensors that trigger a shallow stow angle to raise the panels above the flood depth raise electrical equipment outside of flood risk elevations.
Earthquakes
Mounting structures with shallow pile depths are more susceptible to seismic events.
Hail
Install modules with thicker, tempered glass, to be more hail resilient.
Stow panels at steep angles to reduce the damage potential of hailstones.
Prioritize hail stow over wind stow, and select trackers which can stow at a high degree tilt in high winds.
Hurricane and Wind
Torque audits ensure fasteners are tightened adequately to increase panels’ chances of surviving extreme weather; choose robust mounting structures that can withstand high wind speeds from any direction.
Fire
Vegetation management ensures a low fuel load on the site, reducing fire risk in the event of a spark.
Our solar energy solutions
Our data-backed renewable asset insurance protects solar energy investments by rewarding resiliency measures.
If you have any questions, comments, or concerns, we’d love to hear from you.
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