Key Challenges for the Region
High Wind Exposure: Severe straight-line winds can cause extensive damage to solar panels and tracking systems, threatening both physical assets and power generation.
PPA Exposure: When severe weather reduces generation capacity, solar operators can face immediate PPA under-delivery penalties, particularly when SCS events are excluded from Force Majeure provisions.
Insurance Gaps: High deductibles, sub-limits and lengthy waiting periods under traditional property and business interruption policies can leave operators exposed to significant out-of-pocket costs and cash flow shortfalls.
Key benefits of parametric insurance
Transparent Terms
Policies are built on measurable triggers—like rainfall or temperature—so clients and their brokers know exactly when payouts occur. No fine print, no ambiguity.
Fast, Predictable Payouts
Once a triggering event occurs, payment is issued quickly and automatically—no need for on-site assessments or lengthy claims processes.
Customized Coverage
We work closely with brokers to build each policy around the client’s specific risk and budget profile, providing protection where traditional insurance often cannot.
Flexible Use of Funds
Payouts are based on the severity of natural events occurring, not solely on proven losses, giving clients immediate access to funds and empowering them to cover any type of financial loss, not just for physical damage.
Straight-line wind events can create interconnected physical and financial losses for utility-scale solar assets. Damage to panels and trackers can reduce generation for months, while traditional insurance structures may leave operators responsible for large deductibles and uncovered business interruption or PPA-related losses.
Descartes’ Parametric Straight-Line Wind Insurance: Fast Liquidity for Solar Asset Recovery
Descartes’ parametric straight-line wind solution uses site-level wind speed data collected from Nextpower’s meteorological stations to measure the severity of an event directly at the insured solar plant. By using hyper-local data to trigger the coverage, the solution helps reduce basis risk and provides rapid liquidity without waiting for traditional physical loss adjustment.
case study example
Parametric Straight-Line Wind Solution for a Solar Plant in Texas
A Texas solar plant with a $150 million total insured value (TIV) was covered by a traditional policy with a 5% wind and hail deductible. Its Power Purchase Agreements also excluded severe convective storm events from Force Majeure provisions. When a spring derecho brought straight-line winds exceeding 100 mph, the plant experienced significant physical damage and a prolonged reduction in power generation.
Problem
The derecho damaged trackers, shattered 20% of the solar panels and reduced power output by 40% for three months. With physical damage totaling $30 million, the operator was responsible for the first $7.5 million before receiving traditional insurance indemnity. The reduction in generation also triggered PPA penalties, while sub-limits and waiting periods under the traditional Business Interruption coverage created additional cash flow pressure.
Solution
Descartes’ parametric solution used site-level wind speed data from Nextpower’s meteorological stations to capture hyper-local conditions at the solar plant. When on-site anemometers recorded the triggering wind parameter during the 100+ mph derecho, Descartes confirmed the event and calculated the payout based on the predefined wind speed structure.
Result
The operator received an $8 million payout within weeks, representing 16% of the $50 million insured limit. The liquidity helped absorb the $7.5 million traditional deductible, cover PPA capacity penalties and emergency operational expenses, and bridge revenue shortfalls while repairs were underway.
Contact Us
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