EVSpec — Your Guide to Electric Vehicles

Spec sheets only tell half the story. Not all EVs are born equal. Good value? Clever with energy and materials? Or just heavy, greedy and cramped?
The EVSpec Scores give you a fresh perspective.

All Electric Vehicles — Specifications & Scores

A score of 100 means this vehicle is the best on that criteria. Use the arrows in each column header to sort up and down. Learn more about the EVSpec Scores

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Understanding the Scores

Each vehicle is rated with the following scores. For every score, a higher value is better.

Energy Score

How much range the car delivers for each kWh of usable battery — in other words how good is the car at using the energy poured in the battery. A measure of raw electrical efficiency.

Formula: range (WLTP) ÷ net battery capacity

Mass Score

How much range the car delivers for each kilogram of material used to build the car (the curb weight) — lighter, longer-range cars score higher, a sign of good engineering design.

Formula: range (WLTP) ÷ weight

Range Value Score

How much range you get for your money — the range delivered per unit of base price.

Formula: range (WLTP) ÷ price

15-min charge gain

How many kilometres of real-world range the car regains after a 15-minute DC fast charge from 10% battery, then cruising at 100 km/h. A much more useful indicator than the manufacturer 10-80% charging time. Charging fast is of no use if the vehicle is a hog.

Formula: EVSpec custom computation model

Storage Min Score

How much cargo you can carry with all seats up, how far you can drive it, and how efficiently — rewards cars with generous minimum boot/trunk space (seats up) and long range, while favouring lighter cars — higher is better.

Formula: minimum storage × range (WLTP) ÷ weight

Storage Max Score

How much cargo you can carry seats down, how far you can drive it, and how efficiently — rewards cars with generous maximum boot/trunk space (seats folded) and long range, while favouring lighter cars — higher is better.

Formula: maximum storage × range (WLTP) ÷ weight

Overall Score

The average of the scores above.

Carbon footprint impact The leaf icon marks the scores that have a direct impact on the car's carbon footprint — the Energy Score (electrical efficiency) and the Mass Score (how much material goes into building the car). Better values on these scores mean a lower environmental footprint.

On the radar chart, each axis is normalized to 0-100 relative to the highest value of that score across the entire vehicle database, so the shapes are comparable both between the selected cars and against the whole fleet. The overall Score shown under each car is that car's Overall Score (see above) — the simple average of its normalized axes.

Car Segments Explained

Vehicles are grouped into European market segments, mostly based on their length and body style. Here is what each segment means.

A — City Car / Mini

Compact urban vehicles; usually under typically 2.7m to 3.7m.

B — Supermini / Small

Everyday commuters; typically 3.7m to 4.2m.

C — Compact / Small Family

"Golf-class"; balances city/highway use; 4.2m to 4.5m.

D — Large Family / Mid-size

Spacious, comfortable; typically 4.5m to 4.8m.

E — Executive

Premium/upper-medium cars; 4.8m to 5.0m.

F — Luxury

High-end luxury saloons; typically over 5.0m.

Specialized Segments

Beyond the primary A–F passenger car categories, several other letters are used to designate vehicles with specific body styles or purposes.

J — SUVs & Crossovers

One of the fastest-growing categories, encompassing vehicles with higher ground clearance and a focus on utility or off-road capability.

M — MPVs / Minivans

Multi-purpose vehicles designed for maximum seating capacity and interior flexibility.

S — Sports Cars

Vehicles that prioritize performance and handling, often categorized separately from traditional family car segments.

Make	Model	Trim	Year	Overall Score (/100)	Energy Score (/100)	Mass Score (/100)	Range Value Score (/100)	Storage Min Score (/100)	Storage Max Score (/100)	Highway cost (€/100 km)	15-min charge gain (/100)	Power (Hp/kW)	Range (km)	Battery (kWh)	Chemistry	0-100 (s)	Length (mm)	Width (mm)	Height (mm)	Wheelbase (mm)	Weight (kg)	Storage min (l)	Storage max (l)	Price (€)
HYUNDAI	Kona Electric	39 kWh	2019	41.2	79.4	46.0	47.6	23.9	30.3	7.85	20.0	136 / 100	305	39	NMC	9.9	4180	1800	1570	2600	1610	361	1143	38400
KIA	e-Niro	39 kWh	2020	41.0	75.2	42.1	48.2	27.4	34.1	8.28	18.9	136 / 100	289	39	NMC	9.8	4375	1805	1570	2700	1667	451	1405	35990
HYUNDAI	Kona Electric	39 kWh	2021	40.8	79.4	46.0	47.6	22.0	29.5	7.85	20.0	136 / 100	305	39	NMC	9.9	4205	1800	1570	2600	1610	332	1114	38400
RENAULT	Zoe	ZE40 Q90	2017	40.7	74.4	46.9	51.3	22.8	33.0	8.38	16.1	88 / 65	300	41	NMC	13.5	4084	1730	1562	2588	1555	338	1225	35100
HYUNDAI	Ioniq 28	Electric	2016	40.4	86.6	39.0	37.5	19.7	31.6	7.20	28.2	120 / 88	240	28	NMC	9.9	4470	1820	1450	2700	1495	350	1410	38400
HYUNDAI	Kona Electric	39 kWh	2018	38.6	75.2	43.6	45.1	20.9	28.0	8.28	18.9	136 / 100	289	39	NMC	9.7	4180	1800	1570	2600	1610	332	1114	38400
RENAULT	Zoe	ZE22 R240	2015	38.2	90.9	33.0	55.9	16.1	23.2	6.85	10.1	88 / 65	204	23	NMC	13.5	4084	1730	1562	2588	1503	338	1225	21900
MG MOTOR	CYBERSTER	4WD (GT)	2024	37.9	61.8	54.2	39.1	19.5	7.8	10.08	44.8	544 / 400	443	74	NMC	3.2	4535	1913	1329	2690	1985	249	249	67990
RENAULT	Twingo III	Electric	2020	36.3	90.1	38.9	47.4	9.8	22.0	6.92	10.0	82 / 60	190	21	NMC	12.6	3615	1646	1541	2492	1186	174	980	24050
RENAULT	Zoe	ZE22 Q210	2012	34.5	84.5	29.6	47.9	14.4	20.9	7.37	9.3	88 / 65	179	22	NMC	13.5	4084	1730	1562	2588	1468	338	1225	22400
CITROËN	C-Zero	16 kWh	2016	23.8	68.3	21.3	25.7	5.1	10.5	9.12	12.0	64 / 47	100	15	NMC	15.9	3480	1475	1600	2550	1140	166	860	23300