Contact us: 01147069953 contact@gigawatt.co.uk
Sherwood Hospital
Sutton-in-Ashfield
Gigawatt Industries partnered with Pod to deliver a sustainable EV charging solution at Sherwood Hospital, supporting the NHS’s commitment to reducing its environmental impact. By installing 12 twin 7kW chargers, capable of simultaneously charging 24 vehicles, we have enhanced the hospital’s facilities, providing a reliable and convenient charging solution for visitors and staff.
Scope of Work
Charger Installation
12 Twin Pod Point Advanced dual-output chargers delivering reliable, fast charging.
Concrete Foundations
Reinforced bases for chargers and feeder pillars to ensure long-term stability.
Cabling and Ducting
Over 345m of SWA cabling and 190m of 110mm conduit, ensuring robust connectivity.
Two Feeder Pillar
Each fitted with 100A MCCB switch fuses to ensure safe and efficient power distribution.
Project Management
Full responsibility for site security, health and safety compliance, and welfare facilities for on-site workers.
Green-Marked EV Bays
Clear markings and signage to reserve spaces exclusively for electric vehicle users.
Key Features
12 Twin 7kW Chargers: Supporting simultaneous charging for up to 24 vehicles.
Advanced Power Infrastructure: Equipped with surge protection and PEN fault detection for safety and compliance.
Smart Connectivity: Wi-Fi-enabled chargers with optional 3G/4G capability for real-time monitoring.
Future-Proof Design: Green-marked EV bays and scalable infrastructure ready for future expansion.
Environmentally Conscious: This project supports Sherwood Hospital’s sustainability goals, reducing its carbon footprint.
Outcomes
The newly installed EV charging hub at Sherwood Hospital enhances the visitor and staff experience by providing accessible, reliable, and future-ready charging facilities.
This project demonstrates Gigawatt Industries’ commitment to supporting the NHS’s sustainability objectives while meeting the increasing demand for EV charging infrastructure.
Charger Specifications
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Energy Monitoring
Built-in metering to track energy usage in real time for efficient reporting and analysis.
Dual Charging Capability
Each unit provides 7kW per socket, enabling two vehicles to charge simultaneously, making them ideal for busy public spaces.
Smart Features
• Wi-Fi-enabled with optional 3G/4G network support for remote monitoring and software updates.
• Integrated smart charging technology to optimise energy use and manage grid demand.
Durability and Safety
• Rated IP54 for dust and water protection and IK10 for impact resistance, ensuring long-term reliability in outdoor environments.
• Anti-graffiti finish reduces maintenance needs and keeps the units visually appealing.
Efficient Maintenance
Modular design allows for quicker servicing and reduced downtime.
Electrical Infrastructure
EV Distribution Board: Housed in Feeder Pillar 1, featuring Type 2 surge protection and PEN fault detection to ensure compliance with the latest safety standards.
Comprehensive Cabling: High-quality SWA cables ensure stable and efficient power delivery to all charging units.
Safety Features: Robust surge protection and fault detection enhance reliability and safety for users and the site
Cabling Used: Over 345m of SWA Cabling and 190m of 110mm Conduit, ensuring Robust Connectivity
The charging infrastructure is supported by two feeder pillars equipped with:
Civil Engineering Works
Trenching and Excavation
Preparing the site by digging precise trenches to accommodate power and data cabling required for EV charging infrastructure.
Ducting Installation
Laying durable ducts within the trenches to protect and manage electrical and communication cables efficiently.
Concrete Foundations
Constructing robust concrete bases to securely support EV chargers and associated equipment.
Reinstatement
Restoring disturbed surfaces, such as tarmac, paving, or landscaping, to their original condition once installations are complete.
Bay Painting
Marking and painting designated EV charging bays to ensure clear visibility, compliance, and user convenience.
Implimentation
Groundworks
Pre-excavation testing, trenching, and foundation preparation were carried out, ensuring a secure base for all installations.
Infrastructure
Placement of feeder pillars, power units, and floodlights, alongside precise ducting and cable routing.
Electrical Installation
Installation and connection of chargers and testing to ensure compliance with operational standards.
Final Touches
Redesign of car park bays, application of clear markings, and installation of protective bollards and signage.
