Wireless Datalogger for Subsea Structures Industry - Energy - Wind Energy

A growing demand digitized data

Offshore wind and oil and gas operators require continuous monitoring to get as much data into a central location to analyze the structural integrity of their platforms and determine remaining asset life. Operators do not have easy access to this data today and require teams of divers or ROVs to retrieve data and visually assess integrity, causing unnecessary downtime, potential health and safety risks, and delays in acquiring dynamic data. Installed cable or acoustic and optical wireless systems may snap, provide degraded signals or not function at all in ambient light, turbid or choppy waters.

Both oil and gas and offshore wind farms require ruggedized systems for challenging offshore environments, as well as solutions that integrate with standard sensors, and communication and electrical interfaces. These systems must attach to a wide variety of floating or stationary platforms, structures, buoys, piles, pipelines, mooring lines, etc. above, on and below the water. Operators want to monitor pressure, flow, pollution, corrosion, strain, motion, and fatigue and receive early alerts, while increasing performance and reducing operating costs as well as their carbon footprint.

Benefits

Only Transmission Across Water-Air Boundary Adds Flexibility
CSignum technology integrates with most standard sensors to work with what you already have and is the only solution that can transmit digital data through the seabed, structures, water column and across the water-air boundary, so operators can automate and reliably send sensor data subsea, sea-to-air or air-to-sea, wherever they need to place modems and receivers above, on or below the water.

Rugged, cost-efficient technology designed for adverse environments
CSignum technology uses efficient battery technology that requires less power and lasts longer than other wireless solutions, reducing costs, requiring less maintenance and ensuring more frequent transmissions of dynamic data through turbid, choppy, ambient light and biofouled water.

More dynamic data provides greater insight
CSignum’s HydroFi Modems enable dynamic data transmissions more frequently to enhance traditional monitoring by providing a plug-and-play transparency between hundreds of sensor types and connecting with the most common communication and electrical interfaces. The CSignum technology automates and reliably transmits signals through choppy, turbid, ambient light and biofouled waters.

HydroFi Modem: A Critical “First Mile” Link
As a result of CSignum’s innovation, the challenges of underwater radio communication have finally been overcome using HydroFi technology, enabling “first mile” data connections for ocean industries to join the advances of last mile WiFi signals on land for an end-to-end digital infrastructure that is agile, enabling operators to easily add sensors into the network and quickly respond to unforeseen economic and environmental global disruptions.

A viable new transmission method

CSignum technology provides offshore wind farm and oil and gas operators with a new wireless solution that works reliably in all adverse environments where line of sight, turbid and choppy waters, ambient light, and biofouling conditions arise. CSignum’s solution uses HydroFi technology to transmit digitized data across the water-air boundary. This provides operators with the greatest flexibility in deployments.

CSignum’s technology is rugged, enables the frequent transmission of dynamic data, is easy to deploy and retrieve and operates at low power levels for extended battery life and less maintenance. CSignum HydroFi Modems can reliably transmit data through the seabed, structures, water column and across the water-air boundary, automatically.

Benefits

Only Transmission Across Water-Air Boundary Adds Flexibility
CSignum technology integrates with most standard sensors to work with what you already have and is the only solution that can transmit digital data through the seabed, structures, water column and across the water-air boundary, so operators can automate and reliably send sensor data subsea, sea-to-air or air-to-sea, wherever they need to place modems and receivers above, on or below the water.

Rugged, cost-efficient technology designed for adverse environments
CSignum technology uses efficient battery technology that requires less power and lasts longer than other wireless solutions, reducing costs, requiring less maintenance and ensuring more frequent transmissions of dynamic data through turbid, choppy, ambient light and biofouled water.

More dynamic data provides greater insight
CSignum’s HydroFi Modems enable dynamic data transmissions more frequently to enhance traditional monitoring by providing a plug-and-play transparency between hundreds of sensor types and connecting with the most common communication and electrical interfaces. The CSignum technology automates and reliably transmits signals through choppy, turbid, ambient light and biofouled waters.

HydroFi Modem: A Critical “First Mile” Link
As a result of CSignum’s innovation, the challenges of underwater radio communication have finally been overcome using HydroFi technology, enabling “first mile” data connections for ocean industries to join the advances of last mile WiFi signals on land for an end-to-end digital infrastructure that is agile, enabling operators to easily add sensors into the network and quickly respond to unforeseen economic and environmental global disruptions.