Industries
weatherXchange® makes it easy to design and price index-based weather protection by offering standard weather risk contract types that cover typical risk profiles for different industries. These are a starting point in tailoring a weather protection contract to your needs.
Once designed, a contract can be saved. Each contract is private to your login. A saved contract can be copied and modified to make it easy to compare the costs and benefits of variations of different parameters of a contract: for example the impact of changing the level of an index at which a payout starts.
weatherXchange currently provides about 3,000 tradable Reference Stations and Baskets worldwide. If data is not available for a location near you, please contact us. We may be able to source more data or, if you have a weather station, it may be possible to use data from that subject to quality checks. We are also able to provided gridded data worldwide.
Energy
Weather protection based on sum of daily Cooling Degree Days (CDD) over the Protection Period. CDD is often used as a proxy for air conditioning power demand in summer. For a given day the CDD value is equal to the Daily Average Temperature less 18C (or 65F in USA). If the Daily Average Temperature is lower than the 18 (65) Threshold, then zero CDDs accrue for that day. The daily CDD values are added up for the Protection Period.
Weather protection based on sum of daily Heating Degree Days (HDD) over the Protection Period. HDD is often used as a proxy for heating demand in winter. For a given day the HDD value is equal to 18C (65F in USA) less the Daily Average Temperature. Daily Average Temperature is the average of the daily TMin and TMax reading. If the Daily Average Temperature is higher than the 18 (65) Threshold, then zero HDDs accrue for that day. The daily HDD values are added up for the Protection Period.
Weather protection based on sum of daily Heating Degree Days (HDD) over the Protection Period. HDD is often used as a proxy for heating demand in winter. For a given day the HDD value is equal to 18C (65F in USA) less the Daily Average Temperature. Daily Average Temperature is based on the average of the 24 hourly readings. If the Daily Average Temperature is higher than the 18 (65) Threshold, then zero HDDs accrue for that day. The daily HDD values are added up for the Protection Period.
Weather protection which combines the concept of HDD and CDD and is used as a proxy for power demand. If the Daily Average Temperature is above 18C (or 65F in USA) then the contribution to the index equals Daily Average Temperature less 18 / 65. If the Daily Average Temperature is below 18C (or 65F in USA) then the contribution to the index equals 18/65 less the Daily Average Temperature. The daily values are added up for the Protection Period.
Weather protection based on the sum of Daily Average Temperature (TMin+TMax)/2) for each day accumulated over the Protection Period.
Weather protection based on the sum of Daily Average-T24 values accumulated over the Protection Period. In Europe,Average-T24 is usually the average of the spot hourly temperature readings from UST 0100 to 2400 inclusive, but this may differ from country to country. Please Contact Us for more information.
Weather protection based of the number of days over the Protection Period where Daily TMax is above or equal to a user-selected Threshold
Weather protection based of the number of days over the Protection Period where Daily TMin is less than or equal to a user-selected Threshold
The Daily Energy Index is a derived measure of energy use from observed weather data and historical patterns of energy use. Population-weighted baskets for regional areas, and industry standard measures of Gas and Electricity demand are used to define and optimize the index parameters. The Energy Index Average is the average of the Daily Energy Index over the length of the contract.
The Daily Energy Index is a derived measure of energy use from observed weather data and historical patterns of energy use. Population-weighted baskets for regional areas, and industry standard measures of Gas and Electricity demand are used to define and optimize the index parameters. The Energy Index Cumulative is the sum of the Daily Energy Index over the length of the contract.
Weather protection based on the occurrence of a user-selected number of Consecutive Days during which the Daily Maximum Temperature rises above a user-selected Threshold. Please Contact Us for more important information on how this index is calculated.
Weather protection based on the occurrence of a user-selected number of Consecutive Days during which the Daily Minimum Temperature drops below a user-selected Threshold. The Threshold is usually freezing or below. Please Contact Us for more important information on how this index is calculated.
Renewables Wind
Weather protection based on proprietary Speedwell Climate Wind Benchmarks which replicate national or regional wind production. Each Benchmark is a daily time series, denominated in MWh.
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Weather protection based on Daily Average Wind Speed summed for each day over the Protection Period. Generally uses observed data from normalised 10m masts.
Weather protection based on the number of days over the Protection Period where Daily Average Wind Speed is below or equal to a user-selected Threshold. Generally uses observed data from normalised 10m masts.
Weather protection based on the number of days over the Protection Period where Daily Average Wind Speed is above or equal to a user-selected Threshold. Generally uses observed data from normalised 10m masts.
Renewables Hydro
Weather protection based on total precipitation over the Protection Period.
Renewables Solar
Weather protection based on the average daily value of Solar Radiation (using "Global" measurement convention). Uses observed data.
Weather protection based on the number of days over the Protection Period where total Daily Global Solar Radiation is above or equal to a user-selected Threshold. Uses observed data.
Weather protection based on the number of days over the Protection Period where total Daily Global Solar Radiation is below or equal to a user-selected Threshold. Uses observed data.
Weather protection based on the cumulative value of Daily Global Solar Radiation over the Protection Period. Uses observed data.
Agriculture
Weather protection based on total precipitation over the Protection Period. The payout depends on how much the total precipitation is above or equal to a user-chosen level.
Weather protection based on total precipitation over the Protection Period. The payout depends on how much the total precipitation is below or equal to a user-chosen level
Weather protection based on the number of days over the Contract Period when Daily Maximum Temperature exceeds a user-selected daily Threshold
Weather protection based on the number of days over the Contract Period when Daily Minimum Temperature falls below a user-selected daily Threshold. The Threshold is usually freezing or below.
Weather protection based on the occurrence of a user-selected number of Consecutive Days during which the Daily Minimum Temperature drops below a user-selected Threshold. The Threshold is usually freezing or below. Please Contact Us for more important information on how this index is calculated.
Weather protection based on the number of days over the Contract Period when Daily Maximum Temperature exceeds a user-selected daily Threshold
Weather protection based on the occurrence of a user-selected number of Consecutive Days during which the Daily Maximum Temperature rises above a user-selected Threshold. Please Contact Us for more important information on how this index is calculated.
Construction
Weather protection based on the number of days in the Protection Period where Daily Precipitation exceeds a user-specified Threshold
Weather protection based on the occurrence of a user-selected number of Consecutive Days during which the Daily Precipitation exceeds a user-selected Threshold on each day. Please Contact Us for more important information on how this index is calculated.
Weather protection based on cumulative precipitation over the Protection Period where the payout starts above a user-selected level.
Weather protection based on the number of days over the Contract Period when Daily Minimum Temperature falls below a user-selected Threshold. This may, for example, relate to freezing conditions relating to problems with setting concrete.
Weather protection based on the number of days over the Contract Period where the Daily Max Wind Gust Speed recorded on a given day exceeds a user-selected Threshold. This may, for example, relate to problems with crane operation.
Retail & Wholesale
Weather protection based on the number of days in the Protection Period where Daily Precipitation exceeds a user-specified Threshold
Weather protection based on the number of days over the Contract Period where Daily Maximum Temperature is above or equal to a user-selected Threshold. This may, for example be a temperature above which it is observed that there is reduced footfall in stores or above which certain weather-sensitive product lines start to sell.
Weather protection based on the number of days over the Contract Period where Daily Minimum Temperature is below or equal to a user-selected Threshold. This may, for example be a temperature below which it is observed that there is reduced footfall in stores or below which certain weather-sensitive product lines start to sell.
Tourism & Leisure
Weather protection based on the number of days in the Protection Period where Daily Precipitation exceeds a user-specified daily Threshold
Weather protection based on cumulative Precipitation over the Protection Period exceeding a user-selected level
Weather protection based on the number of days in the Protection Period where Daily Snow Depth is below or equal to a user-specified Threshold. This could, for example, be the minimum snow depth required to open a ski-ing piste.
Weather protection based on the average Daily Snow Depth during the Protection Period
Weather protection based on the absolute minimum Daily Snow Depth over the Protection Period
Weather protection based on the absolute maximum Daily Snow Depth over the Protection Period
Transport
Weather protection based on the number of days in the Protection Period where Daily Precipitation exceeds a user-specified Threshold
Weather protection based on the number of days in the Protection Period where Daily Temperature Maximum exceeds a user-specified Threshold
Weather protection based on the number of days in the Protection Period where Daily Minimum Temperature falls below a user-specified Threshold, usually freezing or below
Weather protection based on the number of days in the Protection Period where Daily Snow depth is above or equal to a user-specified Threshold.
The Snow Depth Critical Daily is a user-defined threshold provided in centimetres or inches, and defines a critical event, triggering a financial payout. For example a measured cumulative amount of snow greater than 5cm could trigger a closure or road clearing.
Marine
Marine contracts are currently handled outside the weatherXchange platform using our Marine Gridded Data.
Access to this product through weatherXchange will be coming soon. Please contact us for further information.
Events
Weather protection based on the number of days in the Protection Period where Daily Precipitation exceeds a user-specified Threshold
CAT-Risk
Weather protection based on the number of days over in the Protection Period where the Daily Max Wind Gust Speed exceeds a user-selected Threshold.