WaveWeather
Miros WaveWeather is a situational awareness solution intended for any industry or user relying on accurate, local environmental data for operational decision-making.
Miros WaveWeather delivers accurate, real-time measurements of local sea state and weather conditions to any user, on any device. High-quality data regarding local environmental conditions is fundamental for successful planning, decision-making, and execution of activities. WaveWeather provides this critical insight for all relevant stakeholders, on- or offshore.
Miros
Asker, NO
Description
Miros WaveWeather delivers accurate, real-time measurements of local sea state and weather conditions to any user, on any device, providing critical data for all relevant stakeholders, on- or offshore. The compact solution is easy to install, simply requiring Internet and a power supply to get started. The environmental data is then immediately accessible anywhere, without the need for any external processing. This dry, Cloud-integrated solution makes the costly maintenance associated with underwater equipment a thing of the past and can be leveraged to support safe and efficient operations.
With Miros WaveWeather you gain real-time access to local measurements of parameters such as wave height & period, airgap/draught, water level/tide, air pressure, temperature, humidity, rainfall, wind speed and wind direction.
WaveWeather puts accurate, reliable data in the hands of decision makers at the right time. Users gain access to real-time, local environmental data wherever they are. Access can easily be given to third parties involved in the operation (vessels, operation centres, etc.).
The sensor is based on plug-and-play sensors with embedded processing and browser-based GUIs. No integration or external processing is required. Miros WaveWeather is uniquely cost-effective, with no equipment submerged in water and physical maintenance reduced to a minimum.
Specifications
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Physical Properties
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Operating temperature: min. [°C]
-30
Operating temperature: max. [°C]
50
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General
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Year of initial development
2019
Year of latest version
2019
Area of Application
Offshore Wind, Tidal Stations, Ports
Type of wave recorder
Radar
