Real-time knowledge of local sea state and weather conditions can contribute substantially to the safety, performance and efficiency of offshore operations. These insights can reduce operational costs and support onshore decision-making processes too.
Miros provides a range of solutions for the collection of environmental data, delivering it directly to the Cloud and making it available on any device. Our dry, IoT-enabled sensors provide real-time and historical data to all life-of-field interfaces, anytime, anywhere. Miros technology monitors local environmental conditions and makes the data accessible on- or offshore. What’s more, it does so without the use of any underwater equipment. In this way, Miros solutions can drive improvement of your triple bottom line.
Real-time knowledge of environmental conditions can contribute significantly to personnel safety.
Miros technology widens weather windows, reducing “waiting on weather” and helping you operate closer to established limits.
Avoid the deployment of vessels in weather conditions that can ultimately inhibit the completion of a mission.
Explore an Ongoing Case Study with ORE Catapult
ORE Catapult, the UK’s leading technology innovation and research centre for offshore renewable energy, maintains the world’s most advanced, open-access, offshore wind turbine dedicated to research.
By collaborating with ORE Catapult, Miros exhibits our future-facing technology in a relevant and reputable context to support positive operational development and improved efficiencies in the offshore wind industry.
Delivering Ocean Insights with Miros Cloud
Miros’ Cloud-based technology for wave and current monitoring during offshore operations gives you decision-making solutions that provide everyone involved with access to real-time and historical data, anytime, anywhere, and to any device.
Miros solutions are IoT-based, providing seamless integration with the Cloud for immediate access, as well as data collection and storage or integration with any third-party weather sensors on site, weather forecasts, tidal tables, AIS and any other relevant data sources. In this way, Miros helps its customers to build a holistic decision-support system.
With Miros Cloud, all data is securely stored for quick and easy access or download. This can facilitate post-operation and incident analyses, the planning of future operations, or even long-term asset integrity assessments.
Miros’ wave sensors have been certified for their accuracy by reputable certification agencies. They have been thoroughly tested against competing brands and technologies by independent third parties. In addition, the Miros WaveFinder is the only alpha-factor approved wave-monitoring instrument on the market.
Miros’ portfolio of solutions is based on stand-alone sensors with embedded processing and browser-based GUI for set-up and configuration. No integration or external processing is needed. Installation and commissioning is achieved by simply adding power and Internet. Miros’ sensors do not need calibration at commissioning. This makes our offerings truly plug and play.
Discover Relevant Content:
The University of Strathclyde, EDF and Miros are working together to research and test the ORACLES (Offshore Renewable ACess Loss Estimation & Safety) forecasting methodology at Teesside offshore wind farm.
Safe and efficient offshore wind operations are reliant on accurate, instantaneous and trusted information from many parameters including environmentals, such as the sea state or weather conditions. With the advance of digitalisation, a considerable volume of data sets is now even more accessible than before. However, while the amount
of data is plentiful, analysing and validating its relevance to widen operational windows and support improved cost efficiency is challenging.
Miros Oil Spill Detection (OSD) is an automatic early warning system for dangers and disasters threatening the maritime ecosystem. With over 200 vital Miros OSD systems deployed anywhere from India to Brazil, Miros is part of a broad initiative for combatting marine pollution. Through innovative, disruptive technology for measuring the ocean surface, Miros drives the development of risk reduction strategies and early warning systems forward, strengthening resilience against climate-related hazards and disasters.