SGS enters innovation partnership with SP Energy Networks

SGS enters innovation partnership with SP Energy Networks

Smarter Grid Solutions (SGS) is helping to accelerate the roll out of electric vehicles after entering an innovation project partnership with SP Energy Networks.

Both companies are aiming to find out the best way to charge at public venues, service stations and homes without their own driveways.

SGS will work alongside SP Energy Networks, traffic software provider PTV Group and consultancy and technology firm EA Technology on the £8.5 million "Charge" Network Innovation Competition (NIC) project.

The project will test EV technology and procedures in Liverpool, North Wales and parts of Cheshire and Shropshire that could then be rolled out across Great Britain.

SGS will develop solutions to two of the biggest challenges facing the roll-out of electric vehicles; how to charge cars at homes without their own driveways, such as flats, apartments and terraced streets; and how to charge vehicles at public locations, including shopping centres, events venues and tourist attractions, as well as filling stations and motorway services.

The company will investigate several smart charging solutions including staggered charging on a street-by-street basis, timed charging schedules and controlling charging rate based on network measurements. These smart solutions will enable easier and cheaper connection of high numbers of EV chargers to the electricity networks.

Graham Ault (pictured), founder and executive director at Smarter Grid Solutions, said: "Electric vehicles will revolutionise not just vehicle transport but Great Britain's electricity grid. Project Charge is a significant step forward in making sure that the electricity networks will cope with the extra demand."

"Our Distributed Energy Resources Management System (DERMS) software is already being used by the companies that run the local electricity distribution networks to manage the grid with more connected renewable energy devices like wind turbines and solar panels, along with the growing number of batteries and other flexible devices. The ability to manage EV charging in parallel with all of those other low carbon technologies has great value in the flexible, cleaner, smarter power grid."

Laura Kane, SGS project lead, said: "Winning this contract under Ofgem's Network Innovation Competition is a significant achievement for SGS because it recognises how useful our software will be in tackling the challenges that lie ahead for the grid from the revolution in electric transportation.

"The days of petrol and diesel vehicles as the norm are coming to an end and this project will help to make sure network operators effectively identify where there is available capacity on the network for developers to create EV charge hubs."

Scott Mathieson, director of network planning & regulation at SPEN, said: "Working with innovative companies like Smarter Grid Solutions is essential if we're going to respond to the challenges of connecting electric vehicles to the grid.

"Charge is an exciting project that will test many potential solutions in Liverpool, North Wales and the surrounding areas.

"Once we know which combination of technology and commercial solutions and procedures works best then SP Energy Networks will be able to help other network operators to roll them out across the whole country.

"Drivers need to know they can charge their cars at home, and when out in their local community or further afield , and our Charge project will help to give them the reassurances they need."

DISCUSSION

Pndc2 550x250

Network leaders need to make some tough decisions about how bold they are going to be about embracing the opportunities of the future.

Scillyphixr1 550x250

Home battery company Moixa has started work on an energy systems project on the Isles of Scilly which will support the islands' "path to full energy independence".

Streetworksman 550x250

Research that explores the social impact of network interventions on local communities is set to be carried out.