The offshore wind industry is growing rapidly and will become an important sustainable energy source in the coming decades. Although the energy is clean, there are still important environmentally harmful elements associated with offshore wind farms. These are, however, relatively easy to solve. During the construction phase, which takes normally between 8 and 18 months, diesel generators are used to supply energy to these structures. So called sacrificial anodes and coatings are also used to prevent corrosion. The use of diesel generators is not only expensive, but also harmful to the environment. The emission of harmful gases and leaks during refueling create substantial and unnecessary pollution of the immediate environment. The coatings and anodes protect against rust but are also broken down so that harmful
substances are released into the environment.
This Dutch SME offers an alternative to these unnecesarry polution and harmfull substances. Together with a partner they developed sustainable energy system that runs on sun wind and batteries that combines an anti corrosion method which is a sustainable alternative to sacrificial anodes and expensive coatings to prevent corrosion.
The sustainable solution is to use the energy system in combination with the anti corrosion technology during the construction phase. After the large wind turbine has been installed and grid connected, it can supply energy to the anti corrosion system itself. During the construction phase the energy stem generates its own energy and protect the structure against rust and degradation. The owner can therefore save substantial costs because no or only a light coating is sufficient since the structure is protected against corrosion from the very beginning.
In addition, the system can also be equipped with basic facilities, such as toilets and first aid cases, which support the basic health and safety aspects during the construction and service phase.
The company is looking for partners active in the construction of windfarms to implement this technology into their work process in the framework of a commercial agreement with technical assistance.
Highlights of the key benefits for using this system:
Support of the Net Zero drive: 100% sustainable energy
Compact: the ICCP-Pod is an all in one plug play unit
Battery autonomy: up to 10 days
Cost effective: the costs of long term use of a diesel generator is 2 times higher
Reduce in steel and coatings for offshore structures
Low risk: maintenance, insurance and support are included
Cost and environmentally friendly corrosion protection for offshore structures
Flexible lease and purchase options
Designed, tested and certified for harsh offshore conditions
Can be used on multiple sites during its lifetime
Produced, tested, assembled and installed onshore and deployed with the transition piece saving offshore costs and risk.
Support Navaids and Lighting
In addition cooling the E-units