Plug-in Hybrid VRT Calculator
Calculate VRT for PHEV vehicles with maximum relief benefits
Calculate PHEV VRT →PHEV VRT Calculator
Calculate your plug-in hybrid's VRT with enhanced relief rates.
Why Plug-in Hybrids Are VRT Champions
If you want to beat the VRT system legally, plug-in hybrids are your secret weapon. These cars deliver the biggest VRT savings outside of pure electric vehicles, and often they're more practical for Irish driving conditions.
The Perfect Storm of Savings
PHEVs hit the VRT sweet spot with incredibly low official CO₂ figures (often 30-60g/km) plus massive plug-in hybrid relief. We're talking potential savings of €3,000-€8,000 compared to equivalent petrol cars.
Real PHEV Example
BMW 330e (2023): €48,000 OMSP, 37g CO₂
Regular BMW 320i: €45,000 OMSP, 142g CO₂
PHEV VRT: €6,720 vs Petrol VRT: €7,200
Plus you get the more expensive, better-equipped car!
Beyond the Numbers
PHEVs aren't just about tax savings. You get company car benefits if it's a business purchase, reduced motor tax, and the flexibility to run electric for daily commutes but petrol for longer trips. It's the best of both worlds.
How PHEV VRT Actually Works
Understanding PHEV VRT calculation is crucial because these cars get special treatment that can save you thousands.
The COâ‚‚ Advantage
PHEVs often show ridiculously low COâ‚‚ figures on paper - sometimes as low as 25-50g/km. These are laboratory figures that include electric driving, but Revenue accepts them for VRT purposes. That means most PHEVs fall into the lowest 14% VRT band.
Enhanced PHEV Relief
On top of low COâ‚‚ ratings, PHEVs get additional relief of up to 50% off their VRT calculation. The exact amount depends on electric range and battery capacity.
| Electric Range | Typical COâ‚‚ | Base VRT Rate | PHEV Relief | Effective Rate |
|---|---|---|---|---|
| 30-40km | 50-70g/km | 14% | 20% | ~11% |
| 40-60km | 30-50g/km | 14% | 30% | ~10% |
| 60km+ | 25-40g/km | 14% | 40-50% | ~7-8% |
Popular PHEV Models and VRT
Here are the plug-in hybrids we see most often, with real VRT calculations based on current market values.
BMW X5 xDrive45e (2022)
€75,000 OMSP | 27g CO₂ | 87km range | €8,400 VRT
Mercedes C300e (2023)
€52,000 OMSP | 35g CO₂ | 100km range | €5,460 VRT
Audi A3 40 TFSI e (2022)
€42,000 OMSP | 32g CO₂ | 67km range | €4,620 VRT
Volvo XC90 T8 (2021)
€68,000 OMSP | 55g CO₂ | 50km range | €8,160 VRT
PHEV Reality Check
These COâ‚‚ figures assume you'll charge regularly. In real-world driving without charging, PHEVs often use more fuel than equivalent petrol cars due to extra weight. The VRT savings are real, but make sure you'll actually plug in!
Smart PHEV Import Tips
Documentation Requirements
PHEVs need extra paperwork to prove their electric capabilities:
- Certificate showing electric range and battery capacity
- Type approval documentation for PHEV classification
- Charging port and cable included
- Working electric system verification
Common PHEV Gotchas
- Battery condition matters: Degraded batteries reduce relief eligibility
- Charging cable required: No cable = no PHEV classification
- Software updates: Some PHEVs need updates to show correct COâ‚‚ figures
- Service history: Evidence of proper PHEV maintenance
Maximizing Your PHEV Value
Get the most from your PHEV import:
- Choose models with 50km+ electric range for maximum relief
- Verify all electric systems work before purchase
- Keep all charging equipment and documentation
- Consider total cost including charging infrastructure