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Why the EV-IQ AC 22kW is the Ultimate EV Solution?

Why the EV-IQ AC 22kW is the Ultimate EV Solution?

Is your business ready for the next generation of electric vehicle charging? The EV-IQ AC 22kW charger delivers three times the speed of standard home chargers, transforming how fleets, multi-vehicle households and forward-thinking EV drivers power their journeys. This fast -charging solution is also ideal for residential developments with communal charging areas, where multiple residents need efficient access to charging infrastructure throughout the day.

What is the EV-IQ 22kW Charger?

The EV-IQ AC 22kW is the fastest residential and commercial EV charging solution available in the UK. Unlike standard single-phase chargers, it harnesses three-phase power to deliver up to 90 miles of range per hour – three times faster than conventional 7.4kW units.

Charging Speed Comparison:

  • Three-pin plug (2.3kW): 28 hours for a full charge
  • Standard home charger (7.4kW): 8-9 hours for a full charge – ideal for overnight charging
  • EV-IQ 22kW Charger: 3 hours for a full charge

Based on a typical 64kWh battery and vehicles capable of accepting the full charging rate.

Who Needs a 22kW Charger?

Residential Developments & Communal Charging Areas

Modern residential developments increasingly feature communal charging facilities, and the EV-IQ AC 22kW is the perfect solution for these shared environments. In apartment complexes, housing estates or mixed-use developments where multiple residents need access to charging infrastructure, the faster charging speed means better turnover and fairer access for all residents. Rather than monopolizing a charge point for eight hours overnight, residents can top up their vehicles in just a few hours, freeing the bay for neighbours and reducing friction in communal spaces.

For property developers and management companies, installing 22kW infrastructure demonstrates forward-thinking planning and adds genuine value to the development. It signals to prospective buyers and tenants that the property is equipped for the electric future, while the faster charging speeds mean fewer charge points are needed to serve the same number of residents, reducing both installation costs and the physical footprint of charging infrastructure.

Businesses & Fleet Operators

If you manage multiple vehicles, time is money and the EV-IQ AC 22kW delivers rapid turnaround times that can transform your operations. Fleet vehicles can be fully charged during lunch breaks or between shifts, dramatically improving vehicle utilisation throughout the working day. This multi-vehicle efficiency means you can serve more vehicles in less time with faster charging cycles, reducing bottlenecks and keeping your fleet on the road where it belongs.

The business case extends beyond pure charging speed. By requiring users to bring their own cables, you’ll benefit from reduced infrastructure costs while simultaneously mitigating cable theft and vandalism, a growing concern for businesses with exposed charging points. Perhaps most importantly, this is a future-proof investment. As your fleet grows and battery capacities increase across the industry, your charging infrastructure is already equipped to handle whatever comes next, protecting you from costly upgrades down the line.

High-Mileage Drivers & Multi-EV Households

Do you regularly drive over 100 miles daily or manage two electric vehicles in your household? The 22kW charger eliminates the range anxiety and scheduling headaches that come with high-usage scenarios. Quick top-ups become a reality, you can recover 180 miles of range in just two hours, making it practical to recharge between journeys rather than planning your life around overnight charging sessions.

For dual-vehicle households, the difference is transformative. Rather than carefully orchestrating overnight charging schedules or playing musical cars with a single charge point, you can charge both vehicles efficiently and independently. Weekend warriors who enjoy long trips will particularly appreciate being able to fully recharge between adventures without losing an entire day to waiting, giving you more time to enjoy your vehicle rather than being tethered to a charger.

Premium & Performance EV Owners

Certain premium electric vehicles are specifically designed to accept 22kW AC charging and if you’ve invested in one of these models, you deserve charging infrastructure that matches their capabilities. Vehicles capable of utilising the full 22kW rate include:

  • Renault Zoe (22kW capable)
  • Tesla Model S/X (older models, up to 16.5kW)
  • BMW i3
  • Smart EQ models

If you’ve invested in a premium EV with 22kW capability, settling for slower charging means you’re not experiencing your vehicle’s full potential. The EV-IQ AC 22kW ensures you’re getting every ounce of performance your manufacturer designed into your car’s charging system.

 

Future-proofing: The Smart Investment

Battery technology is advancing at an extraordinary pace. Today’s 50kWh batteries are rapidly becoming 80kWh, 100kWH and beyond, with manufacturers competing to offer greater range and capability. Installing a 22kW charger now positions you perfectly for this evolution, ensuring you won’t need hardware upgrades when you purchase your next electric vehicle.

The investment benefits extend to property value as well. Homes and commercial properties with three-phase charging infrastructure command premium prices in the market, as buyers recognise the long-term value of professional grade charging capability. You’re not just installing a charger; you’re future-proofing your property for tomorrow’s electric vehicles, which will inevitably feature larger batteries and faster onboard chargers as standard equipment.

Do You Have What You Need?

Three-Phase Power

Most UK commercial properties and some newer residential developments already have three-phase electricity supply. If your property doesn’t currently have three-phase power, upgrading through your local Distribution Network Operator (DNO) typically costs between £3,000 and £15,000. While this represents a significant investment, it’s worthwhile if you run a business with electric vehicles, plan to remain in your property long-term, or want to establish premium charging infrastructure that adds lasting value to your property.

Vehicle Compatibility

It’s essential to verify whether your EV’s onboard charger supports 22kW AC charging before making your decision. Even if your current vehicle’s onboard charger maxes out at 7.4kW or 11kW, the automotive industry’s trajectory suggests your next vehicle will likely feature significantly faster AC charging capabilities. Installing 22kW infrastructure now means you’re ready when you upgrade, rather than facing another installation project in a few years.

Why Choose the EV-IQ 22kW?

The EV-IQ 22kW represents the pinnacle of UK home and workplace charging technology. Operating at three times the speed of standard chargers, it future-proofs your charging setup against the inevitable march of battery technology improvements. For businesses managing multiple vehicles, it’s the ideal solution for maximising fleet efficiency and minimising downtime.

The charger is perfectly matched to premium EVs that support high AC charging rates, ensuring you extract maximum performance from vehicles engineered for faster charging. Beyond pure functionality, installing three-phase charging infrastructure increases property value, signalling to potential buyers or tenants that the property is equipped for the electric future. The user-supplied cable approach also provides practical cable theft protection, reducing ongoing maintenance concerns and replacement costs.

Understanding the Technology: Why 22kW at Home vs 150kW+ at Service Stations?

Many drivers encounter a puzzling question when they first experience rapid charging: “If public rapid chargers deliver 150kW or more, why is 22kW considered fast at home?” The answer lies in understanding the fundamental difference between AC and DC charging.

The AC/DC Difference

When you charge at home using AC (Alternating Current) charging, your car’s onboard charger must convert the AC electricity from the grid into DC (Direct Current) suitable for battery storage. This internal converter functions like a funnel with a fixed maximum capacity. Most electric vehicles are fitted with onboard chargers sized at 7.4kW or 11kW, which represents a design compromise between cost, weight and charging speed. Premium vehicles feature larger onboard chargers up to 22kW, allowing them to accept substantially more power from AC charging sources.

At motorway service stations, the technology works differently. Rapid and ultra-rapid chargers contain large external cabinets that perform the AC to DC conversion outside your vehicle. Because this conversion happens before the electricity ever reaches your car, the DC power can bypass your car’s modest onboard charger entirely, connecting directly to the battery. This architectural difference enables the dramatic charging speeds of 50kW, 150kW or even 350kW that we see at public rapid charging stations.

The EV-IQ AC 22kW maximises what’s physically possible with AC charging at home or work, delivering the absolute fastest charging speed available without requiring the massive infrastructure and electrical supply that DC rapid chargers demand.

Consider a delivery company operating five electric vans across a typical urban route network. With conventional 7.4kW chargers, each van requires approximately eight hours for a full charge, effectively limiting the operation to overnight charging only. Daytime top-ups become impractical and any vehicle returning with low charge during working hours must simply wait until the evening shift ends.

Install EV-IQ AC 22kW chargers and the equation changes dramatically. Each van now charges fully in approximately three hours, making midday top-ups between routes not just viable but strategically advantageous. Vehicles can be rotated through fewer charging bays throughout the day, maximising both infrastructure utilisation and fleet deployment. The operational flexibility this creates often translates directly to additional revenue generating journeys per vehicle per day.

The return on investment becomes clear when you calculate the efficiency gains. For many fleet operators, the productivity improvements and reduced infrastructure requirements pay for the three-phase upgrade within two to three years, after which the faster charging represents pure operational advantage.

Is the EV-IQ 22kW Right for You?

Choose the 22kW if you:

✅ Manage communal charging in residential developments
✅ Operate a business with electric vehicles
✅ Own or plan to own multiple EVs
✅ Drive a vehicle capable of 22kW AC charging
✅ Want the fastest possible home/workplace charging
✅ Are future-proofing for next generation EVs

Stick with 7.4kW if you:

  • Have a single EV with standard charging needs
  • Charge exclusively overnight with ample time
  • Don’t have (or want to invest in) three-phase power

Ready to unlock fast charging for your business, development or home? Contact EV-IQ today to discuss your specific requirements. Our team can provide a comprehensive three-phase power assessment for your property, verify vehicle compatibility with your current and planned EVs, and deliver detailed installation quotes for the EV-IQ AC 22kW tailored to your situation. For commercial customers and property developers, we also offer ROI calculations that demonstrate the business case for fast charging infrastructure.