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The PACE project aims to achieve the net zero and carbon reduction targets of the Scottish and British governments by providing a strategic network of public electric vehicle (EV) charging points in Scotland. The project will also pilot an innovative distribution network operator (DNO)-led delivery model, which is expected to increase efficiency. 

The relationship between SP Energy Network (SPEN) and Schneider Electric provides an ideal partnership to provide high-performance electrical equipment to connect EV chargers to the grid. The solution needs to be configured according to the specific requirements of each site. 

Schneider Electric has developed a scale-to-scale design that contains multiple output circuit breakers and uses multiple enclosures when necessary. Schneider Electric worked with SP Energy Networks throughout the project to create cable termination arrangements that suit its needs and practices, thereby reducing on-site installation time. Schneider Electric conducted a factory demonstration of wiring and connections to ensure rapid on-site installation before delivery. 

The NS feeder strut developed for the PACE project combines DNO cut-off and COP metering to reduce the life cycle cost of ownership and physical size of the overall solution, which is delivered to SP Energy Networks as an integrated single unit. After the pilot is completed, once the management of the charging point is transferred to the local council, this will allow for dual ownership of the infrastructure. 

Schneider Electric delivered the first four NS Feeder Pillars in May 2020. One has been installed in Strathclyde Country Park and the other in Carnwath Road. More than 950 charging sessions have been delivered. Although the COVID-19 lock-in restrictions brought logistical challenges, the equipment was delivered on time due to adjustments to Schneider Electric's manufacturing plant in Scarborough. The factory strictly complies with the government's Covid-19 guidelines and Schneider Electric policy to ensure that the LVPD factory remains operational throughout the pandemic and provides a safe and inclusive environment for employees to continue production.

Matt Speight, business manager of Schneider Electric, added: “As we look for ways to support a green recovery, electrification of transportation will be a key driving force that will help us reduce our carbon footprint while stimulating the'green' industry.

"The long-term partnership with SP Energy Networks has allowed us to collaborate on the design of low-voltage feeder pillars, and we are delighted to play a role in delivering this critical demonstration project. As an organization, Schneider Electric is fully committed to achieving our own net The goal of zero carbon, and through innovative products and solutions to help our customers reduce emissions."

The NS Feeder Pillar series is based on Schneider Electric's experience and expertise in low- and medium-voltage solutions to help manage and distribute power to end users. The outdoor switchboard solution is fully assembled in accordance with customer specifications and is easy to install, reducing the costly on-site time.

• Adopting technologically advanced plastic case circuit breakers and air circuit breakers up to 3200A

• Outdoor installation is weatherproof and can be installed on a transformer to form part of a compact substation, or it can be installed independently. 

• Realize maximum flexibility through its stacking busbar system up to 3200A and Compact NSX plastic case and Masterpact MTZ air circuit breaker series.

• Provide safe and flexible solutions with separate monitoring and protection functions to ensure effective management of low-voltage power distribution networks.

• Schneider micro-logic trip unit has built-in ground leakage monitoring as standard configuration of input and output circuit.

For more information on improving safety and operational efficiency in industrial environments, please visit https://www.se.com/uk/en/

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