International technology company Siemens Mobility has confirmed a new solar array on the roof of the Goole Rail Village.
Siemens has enabled the 1,700 panels, which spread over the three production buildings on the site of Goole Rail Village and have a combined capacity of 1 MW. The £ 2 million installation comprises approximately 20,000 square meters of roof space and, according to Siemens, is sufficient to meet the needs of the site. The company has committed itself to ensuring that all the extra energy it must import during peak production times will come from renewable sources, while any surplus energy generated during non-productures is exported to the grid.
Solar is not the only low -carbon technology that Siemens wants to install at Goole to reduce the emissions of the site. Siemens Mobility has invested £ 2 million to install 40 air -warming warm pumps on the site, a movement that is expected to reduce the carbon production of the site by 88%. Siemens Mobility also rolls out EV loading spaces on the site, with the final total that is expected to have one EV loading space for every ten regular parking spaces.
Finbarr Downling, Siemens Mobility Director of Localization, said: “Our vision from the start was that the Goole Rail Village Net Zero was in its activities by 2030, with this ultramodern facility played a central role in our mission to transform train travel and transport into the UK.
“This strategic focus has informed the development of a state-of-the-art rail cluster that leads the road to the carbon for industry, with facilities that are streets for many in the sector. It also supports everything we do at Goole, so that our buildings, energy generation and consumption, how we work and to and from the site minimize our carbon effects. “
In addition to his own facilities, Siemens has also borrowed his solar expertise from the UK academic sector. In May 2024, the company completed a 200 KWP Solar PV energy center for the University of York, as part of the £ 1.5 million project of the University to encourage the Institute for Safe Autonomy to test and develop robots and other autonomous systems to inspect and maintain solar arrays.
In addition to offering advisory services for the project and helping with designing, giving up and optimizing the solar arroys for robot technology that is being tested on site, Siemens has also set up a data collection system for the panels to further support research projects from the Institute.
