Lotus Emeya R laadcurve & prestaties

Laatst gewijzigd: nov 22, 2025

Hieronder staat de laadcurve voor Lotus Emeya R, die de laadsnelheid bij verschillende batterijniveaus illustreert. Daarnaast bieden grafieken voor actieradius en tijd uitgebreide details over de laadprestaties.

Charging Highlights

Peak DC Speed

400 kW

Battery Capacity

102,0 kWh

102,0 kWh —

Charging curve chart for Lotus Emeya R battery configuration 0

Download laadcurve als SVG

Charging Performance

Average 0-100% 144,8 kW

Average 10-100% 137,9 kW

Average 10-80% 298,2 kW

Advanced Metrics

Max C-Rating 3,93C

Avg C-Rating 2,71C

Optimum Zone 3% – 72%

Time Analysis

Download

Range Analysis

Download

Key Insights

Optimum Speed

228,0 kW

Optimum Time

18m 9s

10-80% Time

14 m 5 s

Charging Speed Analysis

SOC Range	Avg Speed (kW)	Total Time	Energy Added
0-100%	144,8 kW	41 m 25 s	100 kWh
10-100%	137,9 kW	39 m 10 s	90 kWh
10-80% ⭐	298,2 kW	14 m 5 s	70 kWh

Range Added Per Minute by Driving Cycle

SOC Range	EPA	WLTP	70 mph	120 km/h
0-100%	?	12,9 km (8,0 mi)	?	8,9 km (5,5 mi)
10-100%	?	12,3 km (7,6 mi)	?	8,5 km (5,3 mi)
10-80% ⭐	?	26,6 km (16,5 mi)	?	18,4 km (11,4 mi)

Complete Charging Curve Data (0–100% SOC)

SoC	Snelheid	Tijd	Opgeladen energie
0%	150 kW	00:00:00	0 kWh
1%	186 kW	00:00:23	1 kWh
2%	221 kW	00:00:42	2 kWh
3%	257 kW	00:00:58	3 kWh
4%	293 kW	00:01:12	4 kWh
5%	329 kW	00:01:24	5 kWh
6%	364 kW	00:01:35	6 kWh
7%	400 kW	00:01:46	7 kWh
8%	400 kW	00:01:55	8 kWh
9%	400 kW	00:02:05	9 kWh
10%	400 kW	00:02:15	10 kWh
11%	400 kW	00:02:24	11 kWh
12%	400 kW	00:02:34	12 kWh
13%	400 kW	00:02:44	13 kWh
14%	400 kW	00:02:53	14 kWh
15%	400 kW	00:03:03	15 kWh
16%	400 kW	00:03:13	16 kWh
17%	400 kW	00:03:22	17 kWh
18%	401 kW	00:03:32	18 kWh
19%	401 kW	00:03:42	19 kWh
20%	401 kW	00:03:51	20 kWh
21%	401 kW	00:04:01	21 kWh
22%	401 kW	00:04:11	22 kWh
23%	401 kW	00:04:20	23 kWh
24%	401 kW	00:04:30	24 kWh
25%	401 kW	00:04:40	25 kWh
26%	401 kW	00:04:49	26 kWh
27%	401 kW	00:04:59	27 kWh
28%	398 kW	00:05:09	28 kWh
29%	394 kW	00:05:18	29 kWh
30%	391 kW	00:05:28	30 kWh
31%	360 kW	00:05:39	31 kWh
32%	361 kW	00:05:49	32 kWh
33%	361 kW	00:06:00	33 kWh
34%	362 kW	00:06:11	34 kWh
35%	362 kW	00:06:21	35 kWh
36%	363 kW	00:06:32	36 kWh
37%	363 kW	00:06:43	37 kWh
38%	364 kW	00:06:53	38 kWh
39%	364 kW	00:07:04	39 kWh
40%	365 kW	00:07:15	40 kWh
41%	365 kW	00:07:25	41 kWh
42%	366 kW	00:07:36	42 kWh
43%	350 kW	00:07:47	43 kWh
44%	351 kW	00:07:58	44 kWh
45%	352 kW	00:08:09	45 kWh
46%	353 kW	00:08:20	46 kWh
47%	354 kW	00:08:31	47 kWh
48%	355 kW	00:08:42	48 kWh
49%	322 kW	00:08:53	49 kWh
50%	323 kW	00:09:05	50 kWh
51%	324 kW	00:09:17	51 kWh
52%	324 kW	00:09:29	52 kWh
53%	325 kW	00:09:41	53 kWh
54%	326 kW	00:09:53	54 kWh
55%	297 kW	00:10:05	55 kWh
56%	298 kW	00:10:18	56 kWh
57%	300 kW	00:10:31	57 kWh
58%	301 kW	00:10:44	58 kWh
59%	302 kW	00:10:57	59 kWh
60%	277 kW	00:11:10	60 kWh
61%	274 kW	00:11:24	61 kWh
62%	270 kW	00:11:39	62 kWh
63%	271 kW	00:11:53	63 kWh
64%	272 kW	00:12:07	64 kWh
65%	273 kW	00:12:21	65 kWh
66%	260 kW	00:12:36	66 kWh
67%	255 kW	00:12:51	67 kWh
68%	256 kW	00:13:06	68 kWh
69%	256 kW	00:13:21	69 kWh
70%	257 kW	00:13:36	70 kWh
71%	250 kW	00:13:52	71 kWh
72%	242 kW	00:14:07	72 kWh
73%	235 kW	00:14:23	73 kWh
74%	236 kW	00:14:40	74 kWh
75%	237 kW	00:14:56	75 kWh
76%	238 kW	00:15:13	76 kWh
77%	234 kW	00:15:29	77 kWh
78%	230 kW	00:15:46	78 kWh
79%	227 kW	00:16:03	79 kWh
80%	223 kW	00:16:20	80 kWh
81%	150 kW	00:16:41	81 kWh
82%	150 kW	00:17:06	82 kWh
83%	150 kW	00:17:32	83 kWh
84%	151 kW	00:17:58	84 kWh
85%	56 kW	00:18:35	85 kWh
86%	55 kW	00:19:45	86 kWh
87%	55 kW	00:20:55	87 kWh
88%	55 kW	00:22:06	88 kWh
89%	55 kW	00:23:16	89 kWh
90%	56 kW	00:24:26	90 kWh
91%	56 kW	00:25:35	91 kWh
92%	49 kW	00:26:49	92 kWh
93%	49 kW	00:28:08	93 kWh
94%	49 kW	00:29:27	94 kWh
95%	49 kW	00:30:46	95 kWh
96%	46 kW	00:32:07	96 kWh
97%	27 kW	00:33:53	97 kWh
98%	28 kW	00:36:14	98 kWh
99%	25 kW	00:38:40	99 kWh
100%	22 kW	00:41:25	100 kWh

Master Your EV Charging Strategy

Understanding charging curves helps you plan efficient road trips and optimize your daily charging routine.

Peak Performance

Charge faster in the 10-80% range for optimal speed

Time Efficiency

Plan stops around optimum charging zones

Temperature Matters

Battery temperature affects charging speed significantly

Alternatieve modellen

Op de snelgroeiende Elektroauto-markt heeft EVKX.net verschillende alternatieven voor de Lotus Emeya R geïdentificeerd die het overwegen waard zijn op basis van kenmerken, specificaties en prijzen.