Electric Vehicles from Grid to Wheel
E-mobility and electric vehicles (EVs) are the focus of the automotive industry and governments alike. With advances in battery storage technology alongside choice, availability, and affordability, it sees EV purchases soaring and mass adoption a real possibility. It means EV charging, both public, commercial and private installations, is a booming industry.
The immediately identifiable element of EVs and PHEVs is often the robust trailing charging cable with the EV connector socket, but the charging point itself and the connection to the wider grid network is key to the infrastructure that supports these vehicles. As a leading voice in the e-mobility cable industry, Eland Cables’ solutions encompass grid-to-car.
Eland Cables works with charging point manufacturers, cable harnessing houses and approved installers alike to provide cable solutions that support the complete cycle of EV charging and are actively developing solutions that meet the changing and technologically evolving EV industry.
Electric Vehicle Cable Solutions
E-mobility combines the EV itself with the infrastructure to support practical everyday use. It starts with the underlying electricity grid network and runs through to the car itself. Whether required to use DNO specific cables for the grid connections, building onto a private network, or operating in a region with other wiring regulations, we can supply power distribution cables for both Medium Voltage and Low Voltage connections to support integration of the chargepoints into the electricity infrastructure. Similarly, we can support requirements from the chargepoint across to the car - including battery storage technology cables such as the FHLR91XC13X. Meeting all relevant standards, they are designed to minimise transmission losses from point of generation to the point of distribution.
E-Mobility EV Chargepoints
The 350kW ultra-rapid DC charger network is fast spreading across the UK and Europe, designed to enable drivers to recharge their electric vehicles in under 20 minutes. Conservative estimates anticipated an initial installation of a minimum 40 rapid charge sites across the UK and a further 400 sites across Europe last year and significant numbers from 2021 onwards. A planned European EV network totalling circa 2400 chargers is currently underway. It’s a network that will only expand as uptake increases. These ultra-rapid DC chargers require EV DC cables such as our EV Connect cable designed with this application specifically in mind.
Rapid charging, whether on garage forecourts or motorways services for now remain the exception rather than the rule. Commercial chargepoints on streets, in carparks, or at office complexes are more common, covering Mode 4 charging and using the Mode 4 DC charging cable. Whether the manufacturer of one of the many brands of charging unit on the market - PodPoint, Delta, RolecEV and BP Chargemaster to name a few – or as an approved installer you will recognise that the performance of the unit is intrinsically linked to the quality and performance of the cables connecting them.
Whilst predominantly working on Mode 4 commercial and industrial charging solutions, the domestic and light industrial charging units using Mode 1, Mode 2 and Mode 3 charging – and often H05BZ5-F & H07BZ5-F cables - also play a role in e-mobility. Not every electric vehicle owner can charge their car at home on a domestic connection, but those that do can benefit from trickle feed, using power at cheaper times of the day or even self-generated from solar PVs and stored via batteries. For those who can install at home, the dul function of power and data for CT monitoring from our EV ProInstall Cable is also now an option.
Our charging portfolio offers solutions for every installation, with many cables available from stock in the commonly cited cross-sectional core sizes.
The car itself - EV and PHEV units
Charging unit infrastructure aside, the EV or PHEV itself is a complex unit, from the electric powertrain to the battery. Automotive wires for signalling, lighting and instrument panel circuits such as FL standard wall, FLR reduced wall, and FLU ultra thin wall insulation cables alongside specialist traction batteries and Battery Management Systems (BMS). Our cable solutions, including FHLR2GCB2G cables are compatible with all current BMS. Different manufacturers have gone down slightly different routes – Tesla opting for an NCA battery whilst more mainstream manufacturers have all opted for NMC batteries for their electric offers such as the BMW i8, Audi e-tron GE, Jaguar i-Pace, Nissan Leaf, Renault ZOE and VW e-Golf.
EV and PHEV Connectors – Cable Harnessing
There is currently no single solution for EV connectors. The EV connector socket can differ from vehicle model to model and cable harnessing houses can find themselves having to adapt their processes to match the model. There is also a growing voice for a UPC – a Universal Power Connector – as a single solution for PHEVs, using both 2-pole and 3-pole connectors. We work with major cable harnessing houses to support not just the component parts of a moulded EV connector, but also to develop customised designs and to leverage our voice and experience to drive standardisation in the industry.
We cannot overlook the vehicle itself, offering a range of FL standard wall, FLR reduced wall, and FLU ultra thin wall insulation cables for signalling, lighting and instrument panel circuits.
For more information speak to the team.
What our customers say
The Cable Lab
Quality and Compliance matter. Our world-class IECEE CBTL & ISO/IEC 17025 accredited cable testing laboratory gives you the assurance you need to install with confidence.Read on
ESG & Sustainability
Our commitment to our people, our stakeholders, our local communities, and the wider environment is ingrained in our culture.Read more
CPD Cable Training
Providing training for companies to help improve their understanding of the cables they use, covering products, compliance regulations, applications and more.Learn more