1TEC Auto Hub & Hybrid and Electric Vehicle Servicing: Preparing for the Future
1TEC Auto Hub & Hybrid and Electric Vehicle Servicing: Preparing for the Future
The vehicles arriving at independent garages are changing.
Petrol and diesel vehicles remain a major part of the UK vehicle parc, but they now share our roads with mild hybrids, full hybrids, plug-in hybrids and fully electric vehicles.
For an independent garage such as Meadowfield Auto Centre in Ponteland, Northumberland, that change doesn't mean abandoning everything we already know about vehicle maintenance.
It means adding new knowledge to it.
Modern electrified vehicles still have brakes, tyres, suspension, steering, air-conditioning systems, cooling systems, wheel bearings, 12-volt electrical systems and numerous other components requiring inspection, maintenance and repair.
A hybrid can be more complex again because it combines an internal-combustion engine with an electrified drivetrain.
That is one of the reasons Meadowfield Auto Centre becoming part of the 1TEC Auto Hub network is important to us.
Several of the technical partners behind 1TEC aren't merely preparing for electrification.
They're developing and manufacturing the technology inside hybrid and electric vehicles.
Hybrid, plug-in hybrid and electric vehicles aren't the same thing
The terms hybrid and electric vehicle are sometimes grouped together, but there are important differences.
A mild hybrid (MHEV) supplements an internal-combustion engine electrically but generally cannot operate as a conventional battery-electric vehicle.
A full hybrid (HEV) can use its combustion engine, electric drive system or a combination of the two depending upon the vehicle and operating conditions.
A plug-in hybrid (PHEV) combines a combustion engine with a larger rechargeable high-voltage battery and electric drivetrain, allowing a greater proportion of journeys to be completed electrically.
A battery electric vehicle (BEV) removes the conventional petrol or diesel engine entirely and uses a high-voltage battery and electric drive system.
Those differences have obvious consequences for servicing.
A full EV doesn't need an engine oil change.
A hybrid with a combustion engine still does.
But that's only the beginning of the difference.
Electric cars still require servicing
One of the misconceptions surrounding electric vehicles is that because they have fewer conventional engine components, they effectively don't require servicing.
They do.
The maintenance requirements are simply different.
An electric vehicle may still require inspection or maintenance of its:
brakes, tyres, steering, suspension, wheel bearings, air-conditioning, thermal-management system, 12V battery, high-voltage system and associated electronic systems.
The precise maintenance schedule varies by manufacturer and vehicle.
That's why vehicle-specific technical information becomes increasingly important.
And that's one of the central ideas behind 1TEC Auto Hub.
Hybrid servicing can actually bring two worlds together
Hybrid vehicles are particularly interesting from a workshop perspective.
Rather than replacing the conventional drivetrain completely, a hybrid can combine:
an internal-combustion engine + electric motor + high-voltage battery + power electronics + sophisticated cooling and control systems.
That means a hybrid vehicle can require knowledge of conventional servicing and electrified vehicle technology.
Engine oil still matters.
Coolant still matters.
Brakes still matter.
The 12V electrical system still matters.
But now high-voltage systems, electric motors, inverters, battery cooling and sophisticated power-management strategies can also form part of the vehicle.
That combination is exactly why independent garages have to continue evolving.
ZF: electrification inside the drivetrain
ZF is one of the technical partners behind 1TEC Auto Hub and provides one of the clearest examples of how traditional automotive engineering and electrification are converging.
ZF's portfolio encompasses driveline and chassis technology for conventional, hybrid and electric vehicles.
We've already discussed ZF extensively in relation to automatic gearbox servicing, particularly the ZF 6HP and ZF 8HP transmission families.
But the 8HP story hasn't stopped with conventional petrol and diesel vehicles.
ZF has developed its 8-speed automatic transmission architecture for electrified powertrains as well.
Its current 8HP evo architecture supports conventional ICE, 48V mild-hybrid and 400V HEV/PHEV configurations, with the electric motor and power electronics increasingly integrated into the transmission system.
That's an important connection for Meadowfield.
Automatic gearbox technology and hybrid technology are no longer separate subjects.
They're increasingly part of the same system.
What this means for an independent garage
Consider the knowledge required to understand one modern plug-in hybrid.
It may contain:
a petrol engine requiring the correct engine oil;
an automatic transmission requiring its own servicing knowledge;
an electric motor;
a high-voltage battery;
a conventional low-voltage battery;
power electronics;
multiple cooling circuits;
air-conditioning and thermal-management components;
regenerative and conventional braking systems;
and numerous electronic control modules communicating with one another.
That isn't a reason for independent garages to avoid these vehicles.
It's a reason to make sure the workshop develops alongside them.
VARTA: an electric car still has a 12V electrical system
This is perhaps one of the least obvious aspects of electric vehicle maintenance.
An EV may have a large high-voltage traction battery underneath the floor.
But that doesn't mean the conventional low-voltage electrical system has disappeared.
Modern vehicles continue to rely heavily upon low-voltage electrical systems to support control units and vehicle functions.
That makes battery technology and battery diagnostics relevant even as the vehicle parc becomes increasingly electrified.
This is where another 1TEC technical partner becomes important.
VARTA, manufactured by Clarios, specialises in advanced automotive battery technology. 1TEC notes that Clarios supplies batteries across virtually every type of vehicle and is a major supplier to vehicle manufacturers.
This reinforces something we already see in the workshop:
battery condition is part of vehicle diagnostics, not merely starting the engine.
Low voltage can create high-tech problems
Modern vehicles are extraordinarily dependent upon stable electrical supply.
Control modules, communications networks, sensors and actuators all depend upon the vehicle's electrical system operating correctly.
Consequently, when diagnosing apparently unrelated electrical faults on a modern vehicle, battery condition and system voltage can be fundamental starting points.
That principle doesn't disappear with hybrids and EVs.
If anything, as vehicles become increasingly software-controlled and electronically integrated, understanding the electrical system becomes even more important.
That's why VARTA's involvement within 1TEC is particularly relevant to the future of independent vehicle servicing.
Valeo: electrification is more than the battery
Valeo gives us another perspective.
Valeo is a major automotive technology supplier operating across areas including electrification, thermal systems, lighting, electronics, driver assistance and other vehicle systems.
1TEC specifically describes Valeo as a partner capable of supporting workshops with technological changes that are already affecting vehicles arriving in the workshop.
That's significant because electrification isn't simply:
engine removed → battery installed.
An electrified drivetrain changes the requirements of multiple vehicle systems.
One of the most important is thermal management.
Thermal management matters enormously in an EV
Combustion engines generate large amounts of waste heat.
Electric vehicles have a different thermal challenge.
The temperature of the high-voltage battery, electric motor and power electronics has to be managed, while the passenger compartment still requires heating and cooling.
Hybrid vehicles can combine these requirements with the cooling needs of an internal-combustion engine.
Consequently, modern thermal-management systems can contain sophisticated coolant circuits, valves, pumps, heat exchangers and electronically controlled components.
Air-conditioning systems can also play a wider role than simply keeping the occupants comfortable.
This is one reason knowledge of air-conditioning and thermal-management technology becomes increasingly relevant as more hybrid and electric vehicles enter independent workshops.
Shell: hybrids still have engines
A battery-electric vehicle doesn't require engine oil.
A hybrid with an internal-combustion engine does.
And hybrid operation can place the combustion engine into a different operating pattern from a conventional vehicle.
The engine may repeatedly stop and restart as the vehicle switches between combustion and electric propulsion.
Shell has developed Shell Helix Hybrid specifically for petrol engines used in hybrid-electric vehicles, with its current product information highlighting oxidation stability and deposit control for hybrid-engine operation.
Shell also highlights the particular challenges created by repeated starting, condensation and acid accumulation within hybrid applications.
That gives us another direct connection:
Meadowfield → Hybrid Servicing → Shell → Hybrid Engine Oil → 1TEC Auto Hub.
And it reinforces the servicing principle we already apply elsewhere:
the correct viscosity alone doesn't necessarily make something the correct oil.
Manufacturer specification and vehicle application matter.
MPM: electrification doesn't remove the need for correct fluids
That same principle extends beyond engine oil.
Modern vehicles can contain multiple specialised lubricants and fluids for transmissions, cooling systems and other components.
Hybrid vehicles can make that picture more complex rather than less.
That's why MPM Oil's application-specific approach to lubricants and fluids complements the electrification expertise elsewhere within the 1TEC network.
As vehicles change, the answer isn't to assume that one universal coolant, oil or transmission fluid is suitable.
The correct approach remains:
identify the vehicle, identify the system and establish the manufacturer-prescribed fluid specification.
Electrification makes that principle more important, not less.
Pagid: EVs still have brakes
An electric vehicle still needs a conventional friction braking system.
But how those brakes are used can change significantly.
Hybrid and electric vehicles can use regenerative braking, where the electric drive system contributes to slowing the vehicle while recovering energy.
That can reduce the amount of work being performed by the conventional friction brakes under some driving conditions.
However, the conventional braking system remains safety-critical.
And reduced friction-brake usage doesn't automatically mean brake condition becomes less important.
Components still require inspection for condition, wear, movement and corrosion.
This is another area where 1TEC's partner network directly crosses into electrification.
Pagid, part of TMD Friction, explicitly supplies braking technology covering conventional passenger cars through to hybrid and fully electric vehicles.
So once again, EV servicing isn't isolated from traditional workshop knowledge.
It's an evolution of it.
Schaeffler: mechanical engineering isn't disappearing either
The same applies to mechanical components.
Schaeffler, through brands including LuK, INA and FAG, provides OE and aftermarket technology across transmission, engine and chassis systems.
Wheel bearings don't suddenly disappear because a car is electric.
Neither do steering and suspension components.
And hybridisation increasingly integrates electrical technology into systems that independent garages already understand mechanically.
That intersection between traditional mechanical engineering and electrification is likely to become one of the defining features of vehicle maintenance over the coming years.
Tyres matter on hybrid and electric vehicles too
Electrification also changes the demands placed upon tyres.
Battery packs can add significant mass, while electric motors are capable of delivering torque differently from conventional combustion engines.
Tyres therefore remain a fundamental part of EV and hybrid vehicle maintenance.
At Meadowfield, tyre inspection forms part of the wider vehicle-health picture rather than being treated purely as a replacement sale.
Condition, tread depth, pressure and wear patterns can all tell us something about the vehicle.
And on increasingly heavy and powerful electrified vehicles, getting those fundamentals right remains important.
Diagnostics become even more important
Modern vehicle diagnostics already involves far more than reading and deleting a fault code.
Hybrid and electric vehicles reinforce that point.
Different control modules may manage the combustion engine, high-voltage battery, electric drive system, charging system, thermal management, braking and other functions.
A fault in one system can therefore influence another.
The technician needs to understand not only what code has been stored, but what the vehicle is actually reporting and how the systems interact.
That's why Meadowfield's approach to diagnostics is based on testing and evidence rather than replacing components on a guess.
And where a repair requires equipment or specialist capability beyond what we can properly provide, we would rather identify that limit and refer appropriately than waste a customer's money.
That principle becomes increasingly valuable as vehicle technology becomes more complex.
High-voltage vehicles require a different approach
There is an important safety distinction between servicing a conventional vehicle and working on a high-voltage propulsion system.
Hybrid and electric vehicles can contain electrical systems operating at potentially dangerous voltages.
That means procedures, training, equipment and safe working practices matter.
Not every job on an EV requires interaction with the high-voltage system.
A tyre remains a tyre.
A conventional suspension component remains a mechanical component.
But technicians must understand the vehicle they're working on, recognise high-voltage components and know when appropriate isolation and specialist procedures are required.
Knowing where the boundaries are is part of working on modern vehicles properly.
Hybrid servicing is still servicing
It's also worth addressing another misconception.
Buying a hybrid doesn't mean routine servicing disappears.
A hybrid containing a combustion engine can still require:
engine oil and filter replacement, air filtration, spark plugs where applicable, cooling-system inspection, brake inspection, tyres, suspension, steering, 12V battery assessment and other manufacturer-specified maintenance.
What changes is the technology surrounding those conventional systems.
That's why Meadowfield's philosophy remains the same:
service the vehicle that's actually in front of us, according to its requirements.
Not according to assumptions about what every hybrid supposedly needs.
Electric vehicle servicing is different – not nonexistent
A full battery-electric vehicle removes many conventional maintenance items.
There is no combustion-engine oil.
There are no spark plugs.
There is no conventional exhaust system.
But the vehicle still needs maintaining.
Brakes still need inspecting.
Tyres still wear.
Suspension components still move.
Wheel bearings still rotate.
Air-conditioning and thermal-management systems still operate.
The low-voltage electrical system still matters.
Diagnostic systems still record faults.
And manufacturer maintenance schedules still exist.
So the independent workshop's role doesn't disappear.
It changes.
This is where 1TEC Auto Hub becomes particularly relevant
The phrase used by 1TEC is:
“A garage network prepared for the future.”
Hybrid and electric vehicle servicing demonstrates exactly what that means for Meadowfield.
Look at the technical ecosystem surrounding one modern electrified vehicle.
ZF develops conventional and electrified drivetrains.
Valeo develops electrification, thermal-management and electronic vehicle technologies.
VARTA and Clarios provide advanced low-voltage battery technology.
Shell develops lubricants specifically for hybrid combustion engines.
MPM provides application-specific oils and fluids.
Pagid and TMD Friction provide braking technology for conventional, hybrid and electric vehicles.
Schaeffler provides OE technology across drivetrain, engine and chassis systems.
Those aren't random logos placed alongside one another.
They're organisations involved in engineering and supporting the systems found on the vehicles entering modern workshops.
And they're part of the technical-partner ecosystem behind 1TEC Auto Hub.
Hybrid and EV Servicing in Ponteland
Meadowfield Auto Centre provides hybrid and electric vehicle servicing in Ponteland, Northumberland, alongside servicing, MOT testing, tyres, brakes, diagnostics, air-conditioning and general vehicle repair.
As the vehicle parc changes, our objective isn't to reinvent Meadowfield as something completely different.
It's to continue doing what we've done since 2016:
keep developing the workshop as the vehicles around us develop.
That means investing in equipment.
It means investing in technical information.
It means understanding new vehicle systems.
It means working with quality component and lubricant manufacturers.
It means training.
And it means knowing when a particular repair requires more specialist capability.
Independent doesn't have to mean behind the technology
This is perhaps the most important connection between Meadowfield Auto Centre, 1TEC Auto Hub and hybrid/EV servicing.
Vehicle technology is moving quickly.
ZF's latest 8HP architecture alone demonstrates how technologies that independent garages already know – such as automatic transmissions – are evolving into integrated hybrid drivetrains containing electric motors and power electronics.
The answer for the independent aftermarket isn't to pretend nothing has changed.
And it isn't to assume that modern vehicles can only be maintained within a franchised dealer network.
The answer is for good independent garages to develop with the technology.
That's precisely why the technical relationships behind 1TEC matter to us.
We're still an independent garage in Ponteland.
We're still responsible for the standard of work that leaves our workshop.
We're still the people our customers speak to.
But behind that independent garage we're building stronger relationships with some of the companies actually developing the batteries, brakes, lubricants, transmission systems, thermal-management systems and components used in modern hybrid and electric vehicles.
For Meadowfield, that's what being prepared for the future actually means.
Still independent. Still Meadowfield. Just stronger.