Explaining the technologies behind EVs

Electric vehicles (EVs) have been around for many years and in many forms (hybrid, plug-in hybrid, and fully electric), they just haven’t always been as popular as they are now. However, with the global push towards a greener more sustainable environment, including the UK government’s 2035 ban of new ICE vehicle sales, EV discourse has dominated the industry.

 

Electric vehicle: A vehicle that is fuelled by a battery-powered electric motor and can be charged from an external source.

 

So, what’s the difference between a hybrid and a fully electric vehicle? The main difference is self-explanatory and relates to how each is powered; a hybrid vehicle is fuelled by a blend of petrol and electric power, whereas an electric vehicle runs on battery power alone.

 

 

Exploring the rise in EV popularity

 

In 2020, the government revealed their ten-point plan for a green industrial revolution that would make the UK a global leader in green technologies. This included an end-date (now 2035) for the sale of new ICE vehicles and various cost-saving grants to encourage EV adoption for businesses and consumers.

 

With the recent ULEZ & CAZ expansions taking place, it can be confusing to know if your fleet is still compliant. Our FREE guide makes fleet compliance simple, saving you time, effort, and money.

 

With public charge point accessibility the biggest hurdles for EV adoption, the government revealed a new EV Infrastructure strategy, outlining a total of £1.6bn of funding for public charging points installations nationwide - to be seen through to 2035.

 

 

Discussing electric batteries

 

Many think electric vehicles run on a single battery, but this isn’t the case. Rather they use a pack of batteries comprised of thousands of individual Li-ion cells working together to power the vehicle. Most EV battery manufacturers have a five to eight-year warranty on their battery packs however current predictions (as of October 2023) have EV car batteries lasting anywhere from 10 – 20 years before needing to be replaced.

 

How EVs are powered is surprisingly simple – the battery pack connects to the vehicle’s electric motors which control the wheels. Once the engine is on and the accelerator pressed, the energy from the battery powers the motor which in turn turns the vehicle’s wheels.  

 

 

Discussing regenerative braking

 

Regenerative brakes are essentially an EVs generator. They work by reversing the vehicle’s electric motors, feeding energy back into the vehicle’s electric system to help replenish battery range which can accumulate and improve efficiency over time from regular usage.

 

EVs still use conventional hydraulic brakes like petrol and diesel vehicles, but as most of the workload is carried by the regenerative brakes, the traditional brake pads suffer less wear and tear.

 

 

Discussing EV charging

 

There are two kinds of 'fuels' that can be used in electric cars: alternating current (AC) and direct current (DC) power. Although the charge that comes from the grid is always AC, it’s stored in the EV battery as DC via an in-built converter built in the plug.

 

There are four different types of charging connectors for EVs with varying minimum and maximum charging rates. Your vehicle's manual will outline which you need to use for slow, fast, or rapid charging:

 

1. Type 1 (3kW to 7kW)
2. Type 2 (3kW to 43kW)
3. CHAdeMO (25kW to 100kW)
4. CCS (50kW to 350kW)

 

 

Are you ready to introduce EVs to your fleet?

 

Our EV suitability analysis identifies vehicles in your current fleet with suitable electric vehicle alternatives and assesses where EVs can be integrated into your fleet both now, and in the future, with tailored solutions for your specific business fleet needs.

 

Additionally, we assess your driver’s capability for a home charge point installation as well as your business HQ for depot/site charge points depending on where the vehicles are kept overnight.

 

The smarter way to manage EV charging costs.

 

With drivers charging at home or across multiple public networks, or both, fleet managers across the UK are struggling to manage expenses and control carbon data for EVs.

 

Northgate has partnered with RightCharge for an EV Charge Card and Home Reimbursement solution that removes all those potential complications and gives you a clearer picture of your fleet fuel costs.

 

A simple, subscription-based model with one card for your drivers and one app for you to control costs, reduce admin, and access expert support when you need it.

 

Keep your fleet powered up and your drivers happy - all from one place.

 

Key benefits:

 

• Automatically pay drivers’ energy suppliers directly for charging at home, with accurate tariff tracking and integrations with all UK providers.

 

• Access 58,000+ chargers across 37+ networks (that’s over 80% of the UK’s public charging infrastructure).

 

• Detailed cost and carbon data reports to identify high-cost drivers, manage emissions, and find savings of up to £1,000 per driver per year.

 

• Expert support from setup to daily use, with help available via chatbot, video guides, email, or phone.

 

And more!

 

Available for fleets of any size. Enquire now.