EV Charging Infrastructure Solutions
Comprehensive suite of EV Charging Infrastructure Solutions, designed to simplify installation, maintenance, and future-proofing of electric vehicle charging points. Our innovative systems address common challenges, providing robust, safe, and efficient foundations for all types of EV chargers.
Why Choose Our EV Infrastructure Solutions?
IPL group's EV Charging Infrastructure Solutions are designed to simplify installation, maintenance, and future-proofing of electric vehicle charging points. Our innovative systems address common challenges, providing robust, safe, and efficient foundations for all types of EV chargers.
Future-Proofed Design
Universal systems accommodate all manufacturers and enable quick upgrades, replacements, and technology advances without costly excavation work.
Reduced Installation Time
Modular construction eliminates wet concrete issues and reduces installation time by up to 80%, separating civil works from equipment installation.
Easy Maintenance
Improved access to cables and equipment, simplified maintenance procedures, and elimination of traditional foundation issues.
Universal EV Foundation Systems
Engineered to securely accommodate all types of EV charge units from any manufacturer. Our systems utilise retention sockets installed during initial civil works, leaving footpaths clear and ready for future charger installation.
Shallow Depth
Reduces wet concrete usage, cutting associated inconvenience and cost
No Waiting Time
Eliminates lost time waiting for manufacturer-specific foundation fixings
No Excavation
No costly excavation work required for upgrades or damage repair
Future Ready
Foundations can be installed ahead of time to meet future demand
Multiple Cable Sizes
Duct entry points accommodate multiple cable sizes with improved access
Pedestrian Safety
Pedestrian plugs prevent disruption and ensure health and safety
High Power Charger (HPC) Foundation
Universal system for all manufactured and bespoke high-power EV charging dispenser units
Key Features
- Facilitates cables up to 240mm²
- Fully future-proofed for replacements and upgrades
- Installation prior to charger unit delivery
- Range of adapter plates for standard and bespoke designs
Installation Process
- Install retention socket during civil works
- Install appropriate adapter plate
- Secure charging unit to adapter plate
Rapid Charger Foundation
Universal foundation for all manufacturers of EV Rapid/Ultra Rapid Charge Units
Safety Features
- Retention sockets sealed with pedestrian plugs
- Footpaths remain safe and open
Installation Benefits
- Install during civil works stage
- Easy access to utility cables
Future Benefits
- Technology upgrade ready
- Fast, straightforward replacements
Fast Charger Foundation
Universal system that simplifies cabling and installation while future-proofing all installations
System Capabilities
- Surface-mounted dispensers via adapter plates
- Direct installation capability
- Improved maintenance access
System Benefits
- Accommodates technology upgrades
- Allows for increased demand
- Swift unit replacement
EV Cabinet Base Systems
Modular solutions providing secure foundations for single and multiple cabinets of varying specifications. Universal design accommodates all EV charging cabinets while improving installation and cabling processes.
STAKKAbox™ Ultima Connect
Modules for each cabinet are positioned, bolted, and secured to create areas for transformers and power/communications cabinets, with superior access to cables and equipment.
Key Specifications
- 90 tonne vertical loading
- No concrete surround needed
- 40+ year life expectancy
- Fully recyclable
Installation Benefits:
Modular Construction
Eliminates wet concrete and associated problems
Increased Capacity
Up to 400% increase in incoming duct capacity
Time Savings
Reduces installation time by up to 80%
Lightweight Design
No specialist lifting equipment required
Cabling Benefits:
- 50% installation time reduction
- Improved working height
- Eliminates cable snagging
- Prevents condensation
X-Last Bollard Protection
The safest, most durable, and maintenance-free bollards available. Manufactured from unique polymer material to provide maximum protection of EV equipment while preventing serious injury to motorists.
X-Last Standard Bollards→
Designed to withstand multiple impacts and rebound to original form within 30 minutes. Manufactured from non-corrosive material requiring zero maintenance expenditure.
Performance Specifications
- NE4EN12767 Passively Safe tested
- 185mmShallow root depth installation
- 900kgForce resistance capacity
- 1500xRepeated impact capability
Flexible Satellite EV Charging Bollard
Ideal solution for housing roadside EV charging units with ultimate protection against vehicular impacts. Utilizes smart cable technology and can leverage excess power from existing street lights.
Performance Specifications
- No meter or comms connection required
- No earthing requirements
- Uses existing street light power
Compatible with RETENTION SYSTEM™ Sockets
All X-LAST™ bollards can be installed in RETENTION SYSTEM™ sockets. This intelligent foundation option recognises the installation demands, maintenance needs and lifecycle of street furniture.
System Benefits:
Clean Installation Process
Site work and RS socket foundations completed while bollards are off-site.
Quick Replacement or Upgrade
Bollards can be replaced or upgraded without the need for site work.
Flexible Usage
Infrastructure can be removed and replaced with minimal effort.
Access Chambers & Cable Protection
Lightweight, modular access solutions providing unrivalled equipment access with significant cost savings compared to traditional concrete or brick-built chambers.
STAKKAbox™ Modula→
Features:
- 40 tonne vertical loading
- No concrete surround needed
- 40+ year life expectancy
- Adaptable to existing services
MULTIduct™
Features:
- 100mm carriageway depth tested
- Lightweight sections
- 50% more duct capacity
- Fully recyclable
PROtrough™
Features:
- Superior structural integrity
- No thermal expansion issues
- Fire retardancy compliant
- Modular and lightweight