Danish-based ESVAGT is a dedicated provider of safety and support at sea, founded on an experienced and well-trained offshore crew and industry-leading rescue capabilities. The company’s fleet comprises more than 40 vessels, including ERRVs, multirole vessels, wind Service Operation Vessels (SOVs) and CCVs.
In 2017, ESVAGT implemented Shoreline Operations & Maintenance Design (previously called MAINTSYS™) with two specific aims: First, to optimize the operations of existing offshore wind farms, and second, to generate more accurate predictions as part of developing new projects.
According to ESVAGT, Shoreline Operations & Maintenance Design’s simulation programme provides a solid platform for deciding on the best strategy for O&M of wind turbines. So utilization of an ESVAGT SOV, for example, can be optimized for the vessel’s various roles as mothership, workshop, spare part storage, accommodation and office facility for one or more offshore wind farms.
Output from the simulation programme supports ESVAGT’s dialogue with its customers, providing valuable guidance on the most cost-efficient O&M solutions – or combination of solutions, covering SOVs with Walk-to-Work gangways and/or Safe Transfer Boats, CTVs, helicopters, and more.
Prior to Shoreline Operations & Maintenance Design’s implementation, Ole Ditlev Nielsen, ESVAGT’s Business Development Manager, explained the vision for the new solution:
“We constantly strive to optimize and develop our concept to ensure efficient and profitable operations for our customers. The simulator program will make us even better at doing that.”
“We will be able to back up our bids for service tenders with calculations and facts – both for existing offshore farms and for new projects, whether they be standalone solutions, combinations with other offshore wind farms, cluster concepts or many other options. The SOV concept can be used for many solutions and the simulation tool helps to document this.”
Top image credit: ESVAGT