Contact us: 01147069953 contact@gigawatt.co.uk

Halifax Road
Sheffield

Gigawatt Industries partnered with PoGo Charge to deliver a state-of-the-art EV charging solution at Halifax Road, Sheffield. The project featured the installation of a 150kW Raption EV charger, designed to provide fast-charging capabilities for electric vehicles, aligning with efforts to improve sustainability and EV infrastructure in Sheffield. The comprehensive scope included civil and electrical works for the LV circuit, installation of EV chargers, power units, street lighting, and signage. The project successfully enhanced EV charging accessibility for both businesses and the public, contributing to a greener, more sustainable future. With a focus on health and safety, the project adhered to the highest standards, offering reliable, eco-friendly EV charging solutions in Sheffield.

Scope of Work

Installation of 150kW Raption EV Charger:

We installed a 150kW charger providing ultra-fast, reliable charging for up to 2 vehicles.

Landscaping and Barriers:

We installed bollards to protect the power unit and charging system, and gravel to improve the finish of the area.

EV Bay Marking and Signage:

We marked exclusive EV bays and installed clear signage to reserve spaces specifically for electric vehicle users, highlighting the system's availability to the public.

Civil Engineering Services:

The project involved excavating, trenching, and constructing NAL bases to accommodate the chargers and associated infrastructure.

Key Features

Rapid EV Charging Infrastructure –Installation of ⁠ State-of-the-art 150kW Raption EV

charger.

Civil & Electrical Works – Complete EV charger installation, including power units, LV feeder pillars, cabling, and infrastructure enhancements.

Turnkey Project Delivery – Complete design, installation, and commissioning by Gigawatt, ensuring seamless execution from start to finish.

Retail-Conscious Deployment – Carefully planning minimized disruption while optimising

accessibility, having minimal impact on the greater site.

Outcomes

The project successfully enhanced EV charging accessibility for businesses and the public

in Sheffield, contributing to the city's growing electric vehicle infrastructure. A cutting-edge 150kW Raption EV charger was installed, offering advanced features to support fast and efficient charging. The project also included comprehensive civil and electrical works, such as LV circuit installation, EV charger, power unit, street lighting, and signage, ensuring a seamless charging experience. By improving sustainability

efforts and expanding EV infrastructure, this initiative supports the transition to greener transportation.

Charger Specifications

Ultra-Fast Charging Power (100kW-150kW) – Quickly recharge electric vehicles with a

high-power output, reducing wait times and maximizing efficiency.

Intuitive 8″ Touchscreen Display – Enhance the user experience with a bright, responsive

interface and courtesy lighting for seamless operation.

Reliable Modular Technology for Maximum Uptime – Ensures continuous charging with

multiple power modules, preventing downtime even if one module fails.

Durable & Smart Connector Design – Features a unique gun locking mechanism and

cable floating system to minimize wear and extend charger lifespan.

Convenient Payment & Dual Charging – Accepts contactless and RFID payments with an

integrated terminal and supports simultaneous charging for two vehicles at 75kW each.

Electrical Infrastructure

Feeder Pillar Installation

Installing LV feeder pillars to act as the core of on-site power distribution for the charging equipment.

Power Unit Configuration

Installing and configuring power units to deliver stable, distributed power to the charging stations and manage load effectively.

Cable Infrastructure

Routing high-capacity power cables through protective ducting, connecting feeder pillars to charger units with correct segregation and protection.

Grid Connection

Coordinating with the DNO to ensure adequate supply capacity and a compliant connection for the high-power installation.

Safety Systems

Installing earthing, protective devices, and electrical safety systems in line with regulations to protect equipment and users.

Civil Engineering Works

Trenching and Excavation

Preparing the site by digging precise trenches to accommodate the power and data cabling required for the EV charging infrastructure.

Ducting Installation

Installing durable ducting within trenches to protect and organise electrical and communication cables across the installation.

Concrete Foundations

Constructing reinforced concrete bases to securely support the charger units and associated electrical equipment.

Reinstatement

Restoring disturbed surfaces to their original condition once installation is complete, maintaining a clean and safe finish across the site.

Site Preparation

Clearing local obstructions and carefully exposing existing services so works can proceed safely and efficiently.

Implimentation

Preliminary Work

Conduct a site survey to assess conditions and finalise installation plans. Set up safety barriers and signage to secure the work area and inform the public.

Ground Work

Excavate trenches, install conduits and ductwork for cables, and backfill for charging unit installation. Create raised islands, kerbs, and necessary modifications for charging units and floodlights, ensuring safety and aesthetics.