Project overview
Engineering-led delivery, clearly documented
Veridis designed and delivered a large-scale workplace EV charging solution capable of supporting 60 x 22kW AC charging outlets from a 1,000A electrical infrastructure through the implementation of an intelligent dynamic load management system. Rather than increasing the incoming electrical supply, the project utilised advanced energy management technology to maximise the available electrical capacity, enabling a significantly larger charging installation while reducing infrastructure costs.
Sector
Commercial & Workplace
Client
End User
Location
United Kingdom
Services
Electrical Engineering • EV Charging • Intelligent Energy Management • Project Delivery
Project snapshot
Key project details
60
22kW AC charging outlets
1,000A
electrical infrastructure
Dynamic
load management
Real-time
power balancing
The Brief
What the project needed to achieve
The client required a high-capacity EV charging installation that would:
- Support a large number of workplace charging bays.
- Maximise the use of the existing electrical infrastructure.
- Avoid costly upgrades to the incoming electrical supply.
- Provide fair and efficient power distribution across all charge points.
- Deliver a scalable platform for future EV adoption.
- Minimise disruption during installation.
The solution needed to balance available electrical capacity with growing charging demand while maintaining reliable operation across the site.
Engineering Challenge
The constraints behind the solution
Installing 60 x 22kW charge points would ordinarily require electrical capacity far greater than the site’s available 1,000A supply.
Providing every charger with full output simultaneously would have required substantial reinforcement of the incoming electrical infrastructure, significantly increasing both project costs and delivery times.
The challenge was to maximise charging capacity while operating within the site’s existing electrical limitations.
Our Solution
Specialist engineering from design to delivery
Veridis engineered a fully integrated charging infrastructure that combines robust electrical design with intelligent power management.
High-Capacity Electrical Infrastructure
A new 1,000A low-voltage distribution system was designed and installed to provide reliable power distribution across the charging network.
The installation included dedicated distribution equipment, protection systems and structured cable infrastructure to support long-term operational reliability.
Intelligent Dynamic Load Management
Rather than allocating full power to every charger permanently, Veridis implemented an advanced dynamic load management system.
The system continuously monitors the site’s electrical demand and intelligently distributes available capacity across all charging outlets in real time.
This enables:
- Maximum utilisation of the available electrical supply.
- Automatic balancing of charging loads.
- Prevention of infrastructure overload.
- Fair allocation of power between connected vehicles.
- Optimised energy efficiency.
The result is significantly greater charging capacity without requiring costly network reinforcement.
Scalable Charging Infrastructure
The completed installation delivers:
– 60 x 22kW AC charging outlets
– Intelligent power sharing
– Future-ready electrical infrastructure
– Flexible capacity for expanding EV fleets
– Centralised monitoring and control
The infrastructure has been designed to accommodate future growth as workplace charging demand continues to increase.
Project Highlights
What stood out
1,000A electrical infrastructure
Intelligent dynamic load management
Future-ready workplace charging network
Optimised electrical capacity utilisation
Real-time power balancing
Scalable electrical infrastructure
Designed to minimise future network upgrades
Services Delivered
Veridis scope
EV Charging Infrastructure Design
Low-Voltage Distribution Design
Dynamic Load Management Design
Electrical Infrastructure Installation
Protection & Distribution Systems
Testing & Commissioning
Project Management
Turnkey Project Delivery
Results
Delivered outcomes
Maximised Charging Capacity
By combining intelligent load management with robust electrical infrastructure, Veridis enabled the delivery of 60 charging outlets from a 1,000A supply, significantly increasing charging capacity without major electrical reinforcement.
Reduced Infrastructure Costs
Dynamic power management eliminated the need for substantial incoming supply upgrades, reducing both capital expenditure and programme duration.
Intelligent Energy Management
Real-time load balancing ensures the available electrical capacity is used as efficiently as possible while protecting the site’s electrical infrastructure.
Future-Proofed Infrastructure
The system has been designed to scale with increasing EV adoption, providing the client with a flexible charging platform capable of supporting future expansion.
Project Outcome
Long-term value
This project demonstrates Veridis’ expertise in designing intelligent electrical infrastructure that maximises performance while minimising unnecessary capital investment.
By combining high-quality electrical engineering with advanced load management technology, Veridis delivered a scalable workplace charging solution capable of supporting today’s operational requirements while providing a clear pathway for future fleet and workplace electrification.
Gallery
Project images
