LESSO 光伏电池技术介绍 - 电子画册在线预览、各类电子画册在线制作-云展网平台

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4.3

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‘ESSOESSO \cosα=4\cosα\sinα\cosα=2\sinα=4\sinα=(2\sinα)/(2)=4\sinα=(\sinα)/(2)=4\cosα

2022 g LESSO
15.3

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IEC61215,IEC61730
SO9001:2015
ISO 14001:2015
SO 45001:2018

MBB

CLLLLrMBBCVe %50 L LESSO cy ki .Jle

CrleChmpbe“rLb

TOPCON

TOPConl ecke-ec .crlpicllre

l%1

%25 ! A LEsSO

LESSO "rep."

“ESSO」ESSOl

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G K TOPCon “ cl " UE ESSO C N l l .%23.25G!

L.4%

%23.25	AUI blg 720 lg 425 1
%1 % Ssiu %0.40	Eycb Cl 30 b 12 Aauhll k lieli

(2)		(bs)
30/35x1134x1722	%22.79	445- 425	si j (54) N 182 (54)N182
30/35x1134x1909	%22.87	495- 475	(60)N182 (60)N182
30/35x1134x2094	%22.95	545-525	(66)N182 (66)N182
30/35x1134x2278	%23.03	595-575	(72)N182 (72)N182
35x1134x2465 30x1134x2465	%23.25	650-630	i j (78) N 182 (78)N182
30/35x1303x1960	%23.10	590-570	(54)N210 (54)N210
30/35x1303x2172	%22.97	650-630	(60)N210
33/35x1303x2384	%23.18	720 -700	(60)N210 (66)N210
35x1134x1960			(66)N210 (54)N210R
30x1134x1960 35x1134x2172	%22.95	510-490	(54)N210R (60)N 210R
30x1134x2172	%22.94	565-545	(60)N210R
35x1134x2382 30x1134x2382	%22.77	615-595	i(66)N210R (66)N210R

(54）182

l5+ \~bg0

	Se eli
() N-TOPCon 182
(18×6)108
30/35×1134×1722
(30) 23.1 / (35) 24.1

	jLby1
IP68
(）1400（+）400²4 () 1400 00 v (-) J,l

J2400/ J5400
MC4
( 30) 36 / ( 35) 31
(30) i936 / (35) 806	40）

445C(HBD)54(182)		440C(HBD)54(182)		435C(HBD)54(182)		430C(HBD)54(182)		425C(HBD)54(182)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT STC
335	445	331	440	327	435	323 430	319	425	() PMAx ywsi
30.65	32.57	30.44	32.34	30.23 32.11		30.02 31.88	29.82	31.65	() VuP (5iu)
10.94	13.67	10.88	13.61	10.82	13.55	10.76 13.49	10.70	13.43	() p
35.44	37.97	35.25	37.77	35.06 37.57		34.87 37.37	34.68	37.17	(g) Voc
12.10	14.91	12.05	14.85	12.00	14.79	11.95 14.73	11.90	14.67	() 1c
22.79		22.53		22.28		22.02	21.76	(%)	is

s^{2}\rho/λ_{0}| 8001NMOTAM1.5252/100

(445）cl

Clelei
85+~40-	Jl
1500	Lail1
30

467	462	457	452	446	(bs) Pux		%5
%23.93	%23.66	%23.39	%23.12	%22.85	(%)	lis	%5
490	484	479	473	468	(s) Puxx		%10
%25.07	%24.79	%24.50	%24.22	%23.94	(%)	lis	%10
556	550	544	538	531	() Pux		%25
%28.49	%28.17	%27.85	%27.53	%27.21	(%)	lis	%25

7
%0.25-	(Voc）	2±44
%0.30-	(PMAx)	%0.043+ (1sc）

(60）182


()N-TOPCon 182
(20×6)120
30/35×1134×1909
(30) 25.7 / (35) 26.9


IP68 yi
(+) 1400 (+）4004 (-) 1400 (-)200 le t
	tclllls
JL2400/ J≤5400
MC4 i
( 30) 36 / (35) 31
( 30) s 864 / ( 35) 744	(40）

495C(HBD)60(182)		490C(HBD)60(182)		485C(HBD)60(182)		480C(HBD)60(182)		475C(HBD)60(182)		Jll
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC
373	495	369	490	365	485	361	480	357 475	() Puxx
33.97	36.11	33.79	35.90	33.61	35.69	33.43	35.48	33.25 35.27	(g) VMP	(5aiut $
10.98	13.71	10.92	13.65	10.86	13.59	10.80	13.53	10.74 13.47	() Ip
40.10	42.67	39.91	42.47	39.72	42.27	39.53	42.07	39.34 41.87	(,g) Voc	$
12.04	14.79	11.99	14.73	11.94	14.67	11.89	14.61	11.84 14.55
22.87		22.63		22,40		22.17		21.94	(%)	lis

2/l 8001:NMOTAM1.5 ε^{\parallel}sε^{\parallel} 2521000

(495）ycyc


520 515	504	499	(bls) PMAx	(5aiauat	%5 is
%24.01	%23.77	509 %23.52	%23.28 %23.04	(%)	%5 is
545	539	534 528	523	(s) Pux	%10
%25.15	%24.90	%24.64 %24.39	%24.14	(%) is
619	613 606	600 594	() PuAx	(5iat %25
%28.58 %28.29	%28.00	%27.72 %27.43	(%)	lis

Clelei
85+~40-
1500
30


%0.25-	(Voc）	2±44
%0.30- (PMAx)	%0.043+	(1sc)

(66） 182

l5+ \~bg0

	eli ei
() N-TOPCon 182i	i
(22x6)132
30/35×1134×2094
(30) 28.4 / (35) 29.6


IP68
（）140（)400²4 () 1400 (-)200 J
	cllys
2400/ J5400
MC4
(30) 36 / ( 35) 31
(30) 792 / ( 35) 682	40）

545C(HBD)66(182)		540C(HBD)66(182)		535C(HBD)66(182)		530C(HBD)66(182)		525C(HBD)66(182)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT STC
410	545	406	540	402 535	398	530	394	525	()PMAx
37.23	39.69	37.06	39.49	36.89 39.29	36.72	39.09	36.55	38.89	() VP (5aiu)
11.02	13.74	10.96	13.68	10.90 13.62	10.84	13.56	10.78	13.50	() IuP
44.76	47.37	44.57	47.17	44.38 46.97	44.19	46.77	44.00	46.57	() Voc
11.88	14.67	11.83	14.61	11.78 14.55	11.73	14.49	11.68	14.43 (%)	() 1c
22.95		22.74		22.53		22.32	22.11		is

s^{2}\rho/λ_{0}| 8001NMOTAM1.5252/100

(545）

Clelei
85+~40-	Jl
1500
30

572	567	562	557	551	(s） Px		%5
%24.10	%23.88	%23.66	%23.44	%23.21	(%)	is	%5
600	594	589	583	578	(s) Pux	(5	%10
%25.25	%25.01	%24.78	%24.55	%24.32	(%)	is	%10
681	675	669	663	656	(bl) Pux		%25
%28.69	%28.43	%28.16	%27.90	%27.64	(%)	lis	%25


%0.25-	(Voc)	2±44
%0.30-	(PMAx）	%0.043+ (sc）

(72）182


()N-TOPCon 182
(24×6)144
30/35×1134×2278
(30) 31.2 / (35) 32.3


IP68 yi
(+) 1400 +）4004 (-) 1400 (-)200 le t
	tclllls
JL2400/ J≤↓5400
MC4 i
( 30) 36 / (35) 31
(30) 720 / ( 35) 620	(40）

595C(HBD)72(182)		590C(HBD)72(182)		585C(HBD)72(182)		580C(HBD)72(182)		575C(HBD)72(182)		i
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT STC
449	595	445	590	441	585	437 580	433	575	(s) Puxx t
40.62	43.19	40.47	43.04	40.32	42.89	40.17 42.75	40.02	42.60	(g) VMP $
11.06	13.78	11.00	13.71	10.94	13.64	10.88 13.57	10.82	13.50	() Ip
49.42	52.03	49.23	51.83	49.04	51.63	48.85 51.43	48.66	51.23	() Voc $
11.70	14.51	11.66	14.45	11.61	14.39	11.56 14.33	11.51 22.26	14.27	() 1sc
23.03		22.84		22.65		22,45		(%)	elis

2/l 8001:NMOTAM1.5 ε^{\parallel}sε^{\parallel} 2521000

595）

	Clelei
85+~40-	33
1500
30


625	620	614	609	604	(as) Pux	(5aisua	%5
%24.18	%23.98	%23.78	%23.57	%23.37	(%)	lis	%5
655	649	644	638	633	(s) Pux		%10
%25.34	%25.12	%24.91	%24.70	%24.48	(%)	is	%10
744	738	731	725	719	() Px	(5iaut	%25
%28.79	%28.55	%28.31	%28.07	%27.82	(%)	lselis	%25


%0.25-	(Vc）	2±44
%0.30-	(PMAx)	%0.043+	(1sc）a

(78） 182

	Sei
() N-TOPCon 182
(26x6)156
30×1134×2465
33.5


IP68
(+) 1400 (+）400² 4 () 1400 (-)200 Ja a
3	culas
2400/J≤5400
MC4
i 36
i 576	(40）

650C(HBD)78(182)		645C(HBD)78(182)		640C(HBD)78(182)		635C(HBD)78(182)		630C(HBD)78(182)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC
490	650	486	645	482	640	478	635	474 630	() PMAx
44.13	46.89	43.99	46.76	43.86	46.63	43.73	46.50	43.60 46.37	(g) Vup	(5aiu)
11.11	13.87	11.05	13.80	11.00	13.73	10.94	13.66	10.88 13.59	() lup
53.06	55.86	52.92	55.71	52.77	55.56	52.63	55.41	52.49 55.26	(g) Voc
11.89	14.74	11.83	14.66	11.76	14.58	11.70	14.50	11.63 14,42	() 1c (%)
23.25		23.07		22.90		22.72		22.54		i

s^{2}\rho/λ_{0}| 8001NMOTAM1.5252/100

(650yc


85+~40-	33
1500	UAi11
30	$all

683	677	672	667	662	(s) Pux		%5
%24.42	%24.23	%24.04	%23.85	%23.66	(%)	lis	%5
715	710	704	669	693	(as) Pux		%10
%25.58	%25.38	%25.19	%24.99	%24.79	(%)	selis	%10
813	806	800	794	788	(al) Px	(5	%25
%29.07	%28.84	%28.62	%28.40	%28.17	(%)	olis	%25


%0.25-	(Voc)	2±44
%0.30- (PMAx)	%0.043+	(1sc)

(54）N210

l5+ \~l 0


(i) N-TOPCon 210
(18×6)108
30/35×1303×1960
(30) 31.7 /(35)32.8


IP68 yi
（+)1400(+) 400² 4 (-) 1400 (-) 200 le t
	tculallys
2400/ 5400
MC4
(30) 36 / ( 35) 31
(30) 648 / ( 35) 558	(40）

590C(HBD)54(210)		585C(HBD)54(210)		580C(HBD)54(210)		575C(HBD)54(210)		570C(HBD)54(210)		Jll
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC
454	590	450	585	446	580	442	575	438 570	() Puxx	1
31.71	33.51	31.52	33.32	31.33	33.14	31.13	32.94	30.94 32.75	(,g) Vp	(5ailiut $
14.32	17.61	14.28	17.56	14.24	17.51	14.20	17.46	14.16 17.41	() Ip
36.49	40.69	36.30	40.50	36.12	40.31	35.93	40.12	35.75 39.93	() Voc
11.97	18.35	11.94	18.31	11.91	18.27	11.87	18.23	11.84 18.19	() 1c (%)
23.10		22.91		22.71		22.51		22.32		elis

2/l 8001:NMOTAM1.5 \boldsymbol{\mathfrak{s}}^{\parallel}\mathbf{s}^{\parallel} 2521000

	Celei
85+~40-
1500
35	m


620	604	599	(bls) PMAx	(5aiauat	%5 is
%24.26	614 %24.05	609 %23.85	%23.64 %23.43	(%)	%5 is
649	644	638 633	627	(s) Pux	%10
%25.41	%25.20	%24.98 %24.77	%24.55	(%) is
738 731	725	719 713	() Pux	(5iaut %25
%28.88 %28.63	%28.39	%28.14 %27.90	(%)	lis


%0.25-	(Voc)	2±44
%0.30-	(PMAx）	%0.043+	(1sc)

(60） 210

l5+ \~blg0

	ei eui
() N-TOPCon 210	i
(20×6)120
30/35×1303×2172
(30) 34.5 / (35)35.6


IP68 y
（）1400（+）400²4 (-) 1400 () 200
	cllys
2400/ J≤5400
MC4
( 30) 36 / ( 35) 31	aiJs
(30) 648 / (35) 558	40）

650C(HBD)60(210）		645C(HBD)60(210）		640C(HBD)60(210)		635C(HBD)60(210)		630C(HBD)60(210)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC
498	650	494	645	490	640	486	635	482 630	(） PMAx	i
34.88	36.94	34.67	36.74	34.46	36.54	34.25	36.33	34.04 36.11	(g) Vp	(5aiu) $
14.28	17.60	14.25	17.56	14.22	17.52	14.19	17.48	14.16 17.45	() lup	i
42.44	44.79	42.22	44.58	42.01	44.37	41.79	44.16	41.58 43.95	(） Voc
14.89	18.42	14.85	18.38	14.81	18.34	14.77	18.30	14.73 18.26	(%)
22.97		22.79		22.61		22.44		22.26		is

s^{2}\rho/λ_{0}| 8001NMOTAM1.5252/100

650）yc

Clelei
85+~40-	Jl
1500	Uai11
35

683	677	672	667	662	(s) Pux		%5
%24.12	%23.93	%23.74	%23.56	%23.37	(%)	lis	%5
715	710	704	669	693	() Pux	(5	%10
%25.26	%25.07	%24.88	%24.68	%24.49	(%)	slis	%10
813	806	800	794	788	() Pux	5i	%25
%28.71	%28.49	%28.27	%28.05	%27.83	(%)	olis	%25


%0.25-	(Voc)	gi 2±44
%0.30-	(PMAx）	%0.043+ (1sc）

(66) N210

720C(HBD)66(210)		715C(HBD)66(210)		710C(HBD)66(210)		705C(HBD)66(210)		700C(HBD)66(210)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC
551	720	547	715	543	710	539	705	535 700	(as) Pux
38.46	40.94	38.26	40.72	38.06	40.51	37.86	40.29	37.66 40.07	(g) VvP	(5iu $
14.33	17.59	14.30	17.56	14.27	17.53	14.24	17.50	14.21 17.47	() lup
46.92	49.45	46.71	49.24	46.50	49.03	46.28	48.82	46.07 48.60	(g) Voc
14.97	18.53	14.93	18.49	14.89	18.45	14.85	18.41	14.81 18.37	()c (%)
23.18		23.02		22.86		22.70		22.53		lis

²800:NMOTAM1.5252/100(

	Cllei
85+~40-
1500
35

765	751	746	740	735	() Pux	aiauat	%5
%24.34	%24.17	%24.00	%23.83	%23.66	(%)	lis	%5
792	787	781	776	770	(b) Px	5i	%10
%25.50	%25.32	%25.14	%24.96	%24.79	(%)	lis	%10
900	894	888	881	875	(al) Puxx	(5at	%25
%28.97	%28.77	%28.57	%28.37	%28.17	(%)	olis	%25

73
%0.25-	(Vc）	2±44
%0.30-	(PnAx)	%0.043+	(1sc）a

(54) N 210R

l5+ \~blg0

	ei
() N-TOPCon 210R
(18×6) 108
30×1134×1960
27.4

	jLby1
IP68
（+)1400(+）)400²4 () 1400 (-)200 Jl ma
(3	l clalalyas
JL2400 / J≤L5400
MC4
i 36
98（）/（）	40）

510C(HBD)54(210R)		505C(HBD)54(210R)		500C(HBD)54(210R)		495C(HBD)54(210R)		490C(HBD)54(210R)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	iy
386	510	382	505	378	500	374	495	370 490	()PMAx
31.62	33.68	31.47	33.55	31.32	33.41	31.17	33.27	31.02	33.14 (g） Vp	(5aiu)
12.21	15.15	12.14	15.06	12.07	14.97	12.00	14.88	11.93 14.79	() 1MP
38.85	40.94	38.75	40.83	38.64	40.72	38.54	40.61	38.43 40.50	(g) Voc
13.00	16.11	12.93	16.02	12.86	15.94	12.79	15.85	12.71	15.76 () 1c (%)
22.95		22.72		22.50		22.27		22.05		seis

s^{2}\rho/λ_{0}| 8001NMOTAM1.5252/100

Clelei
85+~40-	Jl
1500	Lai1
35

536	530	525	520	515	() PuAx		%5
%24.09	%23.86	%23.62	%23.38	%23.15	(%)	lis	%5
561	556	550	545	539	(s) Puxx		%10
%25.24	%24.99	%24.75	%24.50	%24.25	(%)	is	%10
638	631	625	619	613	() Pux		%25
%28.68	%28.40	%28.12	%27.84	%27.56	(%)	lis	%25


%0.25-	(Voc）	2±44
%0.30-	(PMAx)a	%0.043+ (1sc）

(60） N210R

	Jsei eli
() N-TOPCon 210R
(20×6) 120
30×1134×2172	y
S30.0

	Jby
IP68 yi
（)1400(+）)4004 (-) 1400 () 200
	tclllls
J≤↓2400/ J≤5400
MC4i
bi 36
	(40）

565C(HBD)60(210R)		560C(HBD)60(210R)		555C(HBD)60(210R)		550C(HBD)60(210R)		545C(HBD)60(210R)			i
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC
427	565	423	560	419	555	415	550	411	545 (s) Puxx
34.88	37.19	34.75	37.05	34.62	36.91	34.49	36.77	34.36	36.63 (g) VMP	$
12.25	15.20	12.18	15.12	12.11	15.04	12.04	14.96	11.97	14.88 () Ip
42.54	44.83	42.43	44.71	42.31	44.59	42.20	44.47	42.08 44.34	() Voc	$
13.01	16.13	12.94	16.04	12.87	15.96	12.80	15.87	12.73	15.78 () 1sc (%)
22.94		22.74		22.53		22.33		22.13		lis

2/l 8001:NMOTAM1.5 ε^{\parallel}sε^{\parallel} 2521000

(565）yc yc

S Clelei
85+~40-	33
1500
35	fall


593	588	583	578	572	(s) Pux	(5aisua %5
%24.09	%23.87	%23.66	%23.45	%23.23 (%)	is	(5aisua %5
622	616	611	605	600 (b) Pux		%10
%25.23	%25.01	%24.79	%24.56 %24.34	(%)	is	%10
706	700	694	688	681	() Px	(5iaut	%25
%28.67	%28.42	%28.17	%27.91	%27.66	(%)	lis	%25


%0.25-	(Voc)	2±44
%0.30-	(PMAx)11	%0.043+	(1sc)

(66) N 210R

	Jseigli
(i) N-TOPCon 210R
(22×6)132
30×1134×2382
32.5

	jby1
IP68
（）1400（+）400²4 (-) 1400 (-) 200 J
	clllls
J2400/ JL5400
MC4
i36
(）) 720 / (1） 720	(40）

615C(HBD)66(210R)		610C(HBD)66(210R)		605C(HBD)66(210R)		600C(HBD)66(210R)		595C(HBD)66(210R)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC
464	615	460	610	456	605	452	600	448	595 (）PMAx
38.26	40.76	38.10	40.64	37.94	40.51	37.77	40.38	37.62	40.26 () Vp	(5 $
12.13	15.09	12.08	15.01	12.02	14.94	11.97	14.86	11.91	14.78 () lup
46.33	48.82	46.20	48.69	46.07	48.55	45.95	48.42	45.82	48.29 (g） Voc
12.89	15.98	12.82	15.89	12.75	15.80	12.68	15.71	12.60	15.63 () 1c (%)
22.77		22.58		22.40		22.21		22.03		is

\therefore2\rho/λ_{0}1 800NMOTM1.525100

(615）

S Clelei
85+~40-	Jl
1500	Lai1
35

646	641	635	630	625	(s) Px		%5
%23.91	%23.71	%23.52	%23.32	%23.13	(%)	lis	%5
677	671	666	660	655	(al) Px	(5	%10
%25.04	%24.84	%24.64	%24.43	%24.23	(%)	slis	%10
769	763	756	750	744	() Pux		%25
%28.46	%28.23	%28.00	%27.77	%27.53	(%)	olis	%25

CPRL
%0.25-	(Voc)	2±44
%0.30- (PMAx)	%0.043+	(1sc)

%23.25	gUi bl, 650 l, 420
%1 % Ssiw %0.40	aEyc 30 12 dauhll ieli

(20)		u (b)	mlie
30/35x1134x1722	%22.53	440 - 420	(54) N182
30/35x1134x1909	%22.63 %22.40	490 - 470 485-465	(60)N182
30/35x1134x2094	%22.53	535-515	(66) N 182 (66) N182
30/35x1134x2278	%22.65	585-565
35x1134x2465	%23.25	650-630	(78) N 182
30/35x1134x1722	%22.53	440 - 420	(54)N182
30/35x1134x1722	%21.00	410-400	i(54) P 182
30/35x1134x1909	%21.02	455 - 445	(60) P182
30/35x1134x2094	%21.06	500-490	9）
30/35x1134x2278	%21.10	545-535
33/35x1303×2384	%20.92	650-640

(54)82

%22.53

Ua lg5+~lg0

Ui l440~l420

	Seeli
(NTOPCon 182
(18x6)108
30/35×1134×1722	gley
(30) 20.7 / ( 35) 21.7
3.2 S

	Jbyi
IP68
(+)1400 40²4 (-) 1400 (-) 200 J,l as
	lcullls
J2400/ J≤5400
MC4
(30) 36 / ( 35) 31	daiJst
(30) 936 / (35) 806	(40）

440C(BPM)54(182)		435C(BPM)54(182)		430C(BPM)54(182)		425C(BPM)54(182)		420C(BPM)54(182)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	y
331	440	327	435	323	430	320	425	316	420	(b）PMAx
30.27	32.57	30.09	32.38	29.91	32.20	29.86	32.01	29.68	31.82 (i) VuP	$
10.95	13.52	10.87	13.44	10.80	13.36	10.72	13.28	10.65	13.20 () lup	(5aiau
37.22	39.15	37.01	38.96	36.79	38.77	36.68	38.58	36.47	38.39 (g) Voc
11.56	14.29	11.49	14.21	11.42	14.13	11.35	14.05	11.28	13.97 ()1c
22.53		22.28		22.02		21.76		21.51	(%)	1is

%3±1 AM1.5 e20 2/ 800NMOTAM1.5 =1.41 a_{\Phi,λ} 25 2/l; 1000 ely1:STC \*

CPL
ia 2±44
%0.043+	(1sc）
%0.25-	(Voc）
%0.30-	（PMAx）1aA


85+~40
1500	Lhitl
25	all

(60)Nm182

	Seieli
(N-TOPCon182
(20×6)120
30/35×1134×1909
( 30) 22.1 / ( 35) 23.2
3.2

(3）	jby1
IP68 y
(+) 1400 ）40²4 (-)1400 (-) 200
3	cllals
J2400/5400
MC4i
( 30) 36 / ( 35) 31	aiJs
( 30) 864 / ( 35) 744	(40）

490C(BPM)60(182)		485C(BPM)60(182)		480C(BPM)60(182)		475C(BPM)60(182)		470C(BPM)60(182)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	yL
370	490	366	485	362	480	358	475	354	470	() Px
33.69	35.62	33.51	35.46	33.34	35.30	33.15	35.14	32.97 34.98	(g) Vvp
10.99	13.76	10.93	13.68	10.86	13.60	10.80	13.52	10.74 13.44	() p	(5aiu
40.69	42.54	40.53	42.48	40.37	42.42	40.21	42.25	40.05 42.09	(） Voc
11.77	14.53	11.70	14.44	11.63	14.36	11.56	14.28	11.49 14.19	() 1sc
22.63		22.40		22.17		21.94		21.71	(%)	is

a_{>,} 20 2/ 800NMOTAM1.5 252/ 1000 :STC\*


ia →2±44	3
%0.043+	(1sc）aA
%0.25-	(Voc）
%0.30-	（PMAx）1


85+~40-
1500
25	all

(66)N182

	Seeli
(NTOPCon 182
(22x6) 132
30/35×1134×2094	ly
(30) 23.8 / ( 35) 25.1
3.2 S

	Jby
IP68 iyii
(+）1400 40²4 (-) 1400 (-) 200 J,l as
	lcullls
J2400/ J≤5400
MC4
(30) 36 / ( 35) 31	daiJst
(30) 792/ (35) 682	(40）

535C(BPM)66(182)		530C(BPM)66(182)		525C(BPM)66(182)		520C(BPM)66(182)		515C(BPM)66(182)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	yL
403	535	399	530	395	525	391	520	387	515 (s) PuAx	ysaiu
36.88	38.89	36.71	38.75	36.55	38.61	36.38	38.47	36.21	38.32 (i) VuP	(5
10.93	13.76	10.87	13.68	10.81	13.60	10.75	13.52	10.69	13.44 ()	(5
44.17	46.13	44.03	46.08	43.89	46.03	43.75	45.98	43.61	45.93 (g) Voc
11.77	14.50	11.70	14.42	11.63	14.34	11.56	14.26	11.49	14.17 ()1c
22.53		22.32		22.11		21.90		21.69	(%)	lis

%3±1 AM1.5 e20 2/ 800NMOTAM1.5 =1.41 4yia 25 ll s 2/l; 1000 ely1:STC \*

(535）c


ia 2±44
%0.043+	(1sc）
%0.25-	(Voc）
%0.30-	（PMAx）al


85+~40-
1500	Lhit
25	sall

(72)m82


(NTOPCon 182
(24×6) b144
30/35×1134×2278	ley
(30) 26.9 / (35) 28.0
3.2 S


IP68i
(+)1400 p(4²4 (-)1400 (-) 200 J,l as
	lcullls
J2400/ J≤5400
MC4
(30) 36 / ( 35) 31	aiJst
( 30) 720 / (35) 620	(40）


585C(BPM)72(182)		580C(BPM)72(182)		575C(BPM)72(182)	570C(BPM)72(182)		565C(BPM)72(182)		clbmylr
NMOT	STC	NMOT STC	NMOT	STC	NMOT	STC	NMOT STC
441	585	437 580	433	575	429	570	425 565	(bs) Px	i
40.40	42.94	40.24 42.78		40.10 42.63	39.95	42.48	39.80 42.33	(） VP	(5.yail) $
10.92	13.63	10.86	13.56	10.80 13.49	10.74	13.42	10.68 13.35	() Ip	(5.gai)
48.85	51.40	48.71	51.29	48.58 51.15	48.45	51.00	48.31 50.86	(g） Voc	$
11.63	14.42	11.57	14.34	11.51 14.26	11.44	14.18	11.38 14.11	() 1sc
22.65		22.45		22.26	22.07		21.87	(%)	lis

a_{>,} 20 2/ 800NMOTAM1.5 252/ 1000 :STC\*

(585

73
ia →2±44	335
%0.043+	(1sc)aA
%0.25-	(Voc)
%0.30-	(PMAx）al


85+~40-
1500
25	fall

(78)m82

	eliplLi
( NTOPCon 182
(26×6) 156
35×1134×2465	ley
30.5
uSU s


IP68 i
（+)1400（）400²4 () 1400 () 200 J,ll as
3
J2400/ J≤5400
MC4i
s 31
496	40）

650C(BPM)78(182)		645C(BPM)78(182)		640C(BPM)78(182)		635C(BPM)78(182)		630C(BPM)78(182)
NMOT	STC	NMOT	STC	NMOT	STC	NMOT	STC	NMOT STC	yi
490	650	486	645	482	640	478 635	474	630	() PMAx
44.22	46.91	44.08	46.79	43.95 46.66		43.82 46.53	43.69	46.40	(i) Vup (5
11.06	13.86	11.03	13.79	10.97 13.72		10.91 13.65	10.85	13.58	() IMP ai
53.01	55.78	52.87	55.63	52.73 55.48		52.59 55.33	52.45	55.18	(） Voc
11.87	14.73	11.81	14.65	11.74 14.57		11.68 14.49	11.61	14.41	()1c
23.25		23.07		22.90		22.72	22.54	(%)	1is

%3±1 AM1.5 e20 2/ 800NMOTAM1.5 =1.41 a_{\Phi,λ} 25 2/l; 1000 ely1:STC \*

(650）


ia →2±44
%0.043+	(1sc）a
%0.25-	(Voc）
%0.30-	（PMAx）al


85+~40-
1500	LAit
25	yall

P

“

LL MBB Cl U LESSO C Pl L l Ll ig Gi ,e .%21.48 ! Gll ,

%21.48	gUhi bl, 665 ~ blg 405
iu %2 A%0.55 %0.45	25 12 （ ) Liw 30 leli auhll ckL 2 cb Claa

(2)		()	alie
30/35x1134x1722	%21.25	415-405	si (54)P 182 (54)P182
30/35x1134x1909	%21.25	460 -450	(60)P182 (60)P182
30/35x1134x2094	%21.27	505-495	(66)P182 (66)P182
30/35x1134x2278	%21.48	555-545	(72)P182 (72)P182
30/35x1303x1960	%21.34 %21.14	545-535 540-530	si j (54) P 210 (54) P210
30/35x1303x2172	%21.38	605-595	(60)P 210
	%21.20	600-590	(60)P210
33/35x1303x2384	%21.41 %21.25	665-655 660-650	(66)P210 j (66) P s 210

(54)P182

l5+ \~blg0

	eieli
）182
(18×6)108
30/35×1134×1722
(30) 23.1 / ( 35) 24.1

	jby1
IP68 yi
（）1400（)4004 () 1400 (-) 200 J
	cllalls
2400/ J5400
MC4 G
(30) 36 / (35) 31	aiajs1
(30)i 936 / (35) 806	40）

415D(HBD)54(182) NMOT
410D(HBD)54(182) STC NMOT STC	405D(HBD)54(182) NMOT STC
287 410	282 405 () PuAx
292 415 27.87 31.79 27.50 31.57 27.12 31.35	(g) Vp

10.48 13.06 10.44 12.99 10.40	12.92 () lup iiut
35.00 37.34 34.86 37.20	34.74 37.08 (g) Voc
11.26 13.95 11.20 13.88 11.15	13.81 () 1s
21.25 21.00	20.74 (%) slis

\therefore2\rho/λ_{0}1 800NMOTM1.525100

Clelei
85+~40-	Jl
1500	Lail1
25


436	431 425	(b) Px		%5
%22.31	%22.05 %21.78	(%)	lis	%5
457	451 446	(as) Px	(5	%10
%23.38	%23.10 %22.81	(%)	lis	%10
519	513 506	(as) Pux	5i	%25
%26.57	%26.25 %25.93	(%)	lis	%25


%0.26-	(Voc）	2±44
%0.34-	(PMAx)	%0.048+ (1sc）

(60) P182

l5+ \~lg 0


）182
(20×6)120
30/35×1134×1909
(30) 25.7 / (35) 26.9


IP68 yi
(+)1400 (+）)400² 4 (-) 1400 (-)200
le t
JL2400/ J≤↓5400
MC4
( 30) 36 / (35) 31
( 30) s 864 / ( 35) 744	(40）

	460D(HBD)60(182)	455D(HBD)6O(182)	450D(HBD)60(182)
NMOT STC	NMOT	STC NMOT	i STC
332 460	327	455 322	450 (s) Px
31.62	35.18 31.27	34.98 30.91 34.78 13.01	() VMp (5ailiut
10.50	13.08 10.46	10.42 12.94	() Ip i
39.14	41.46 39.02	41.32 38.90 41.20	(,g) Voc
11.28	13.97 11.22	11.17 13.83	() 1sc
13.90 21.25 21.02		20.79	(%) li

2/ 8001NMOTAM1.5 a_{\Phi,λ} 252l100C

(460D）ycyc

Clli
gia 85+~40-
1500
25	fall

GG
483 478	473	(s) Pux	i	%5
%22.31 %22.07	%21.83	(%)	is	%5
506 501	495	(l) PuAx	(5i	%10
%23.37 %23.12	%22.87	(%)	lis
575 569	563	(al) Puux	(5ai)	%25
%26.56 %26.27	%25.98	(%)	olis

73
%0.26-	(Voc）	2±44
%0.34-	(PMAx）	%0.048+ (1sc）a

(66) P 182

l5+ \~g0

	eli
(182
(22x6) 132
30/35×1134×2094
(30) 28.4 / (35) 29.6
si

IP68 iy	i
(+) 1400 (+)400 ² 4 (-) 1400 (-)200 J

2400/ J≤↓ 5400
MC4
( 30) 36 / ( 35) 31
(30) 792 / ( 35) 682	40）

505D(HBD)66(182)		500D(HBD)66(182)	495D(HBD)66(182)
NMOT	STC	NMOT STC	NMOT STC	iy
377	505	372 500	367 495	(as) PuAx wi
35.84	38.56	35.50 38.38	35.16 38.20	(g) Vup
10.52	13.10	10.48 13.03	10.44 12.96	() lup
43.32	45.62	43.18 45.48	43.06 45.36	(g) Voc
11.30	13.99	11.24 13.92	11.19 13.85	() 1c
21,27		21.06	20.85	(%) slis

\therefore2\rho/λ_{0}1 800NMOTM1.525100

(505）c

Clelei
85+~40-	Jl
1500
25


530 525	520	(bs) Px
%22.33 %22.11	%21.89	(%)	%5 lis
556 550	545	(s) Puxx	%10
%23.39 %23.16	%22.93	(%)	is
631 625	619	(l) Pux	5
%26.58 %26.32	%26.06	(%)	%25 blis


%0.26-	(Voc)	2±44
%0.34-	(PMAx）	%0.048+ (1sc）

(72) 82

l5+ \~l 0

Sei ei
(）182
(24×6) 144
30/35×1134×2278
(30)31.2/(35)32.3

	Jby
IP68y
(+) 1400 +）4004 (-) 1400 (-)200
le t 3	tcllllys
J↓2400/ J≤5400
MC4i
( 30) 36 / ( 35) 31
(30) 720 / ( 35) i620	(40）

	555D(HBD)72(182)	550D(HBD)72(182)	545D(HBD)72(182)
NMOT STC	NMOT	STC NMOT STC	i
417 555	414	550 411 545	(s) PMx
39.26	42.08 39.13	41.93 39.00 41.77	() VMP (5aiiut
10.63	13.19 10.57 13.12	10.52 13.05	() Ip i
47.94	49.93 47.75	49.78 47.56 49.64	(,g) Voc
11.36	14.07 11.31 14.01	11.26 13.94	() 1sc
21.48 21.29		21.10	(%) i

2/ 8001NMOTAM1.5 a_{\Phi,λ} 252/l100C

(555D）c

S Clelei
85+~40-
1500
25	fall

GD
583 578	572	(s) Pux	(5aiu	%5
%22.56 %22.36	%22.15	(%)	is	%5
611 605	600	(l) PuAx		%10
%23.63 %23.42	%23.21	(%)	olis	%10
694 688	681	(als) Puux	(5aita)	%25
%26.86 %26.61	%26.37	(%)	lis	%25


%0.26-	(Voc)	2±44
%0.34-	(PMAx)11	%0.048+	(1sc）

(54) P210

l5+ \~g0

	e'i eui
(）210
(18×6)108
30/35×1303×1960
(30) 31.7 / ( 35) 32.8	5


IP68 y
（1400（+）400²4 (-) 1400 () 200
	cllalls
2400/ J≤5400
MC4
(30) 36 / ( 35) 31	aiJs
(30) 648 / ( 35) 558	(40）

540D(HBD)54(210)		535D(HBD)54(210)	530D(HBD)54(210)
NMOT	STC	NMOT STC	NMOT STC
410	540	406 535	402 530	() PuAx
29.04	31.03	28.84 30.83	28.64 30.63	() VuP $
14.12	17.41	14.08 17.36	14.04 17.31	() lup iiut
35.20	37.60	35.00 37.40	34.80 37.20	(g) Voc
14.80	18.32	14.76 18.28	14.72 18.24 20.75	() 1c (%) slis
21.14 20.95

\therefore2\rho/λ_{0}| 800NMOTM1.525100

(540）kyckyck

Clelei
85+~40-	Jl
1500
30


567 562	557	(b) Px
%22.20 %22.00	%21.79	(%)	%5 is
594 589	583	(s) Px	(5) %10
%23.26 %23.04	%22.83	(%)	is
675 669	663	(l) Pux
%26.43 %26.19	%25.94	(%)	%25 lis


%0.26-	(Voc)	2±44
%0.34-	(PMAx）	%0.048+ (1sc）

(60) P210

l5+ \~lg 0


(）182
(20×6) 120
30/35×1303×2172
(30)34.5 / (35)35.6
2.0

IP68 yi
(-) 1400 (-) 200
	tculallys
2400/ 5400
MC4
(30) 36 / ( 35) 31
(30) 648 / ( 35) 558	(40）

6000D(HBD)60(210)		595D(HBD)60(210)		590D(HBD)60(210)
	NMOT STC	NMOT	STC	NMOT STC	i
	455 600	451	595	447 590	(s) Px
	32.21 34.53	32.01	34.33	31.82 34.13	() VMP (5ailiut
	14.13 17.38	14.09	17.34	14.05 17.29	() Ip
	39.40 41.80	39.20	41.60	39.00 41.40	(,g) Voc
	14.83 18.37	14.79	18.33	14.75 18.29	() 1sc
21,20		21.02	20.85	(%)	i

2/ 8001NMOTAM1.5 \ddot{~}\Phi>P 252l100C

	Clli
85+~40-
1500
30


630 625	620	(bs) PuAx	(5i %5
%22.26 %22.08	%21.89	(%)	lis
660 655	649	(as) Pux	(5 %10
%23.32 %23.13	%22.93	(%)	lis
750 744	738	() PuAx	(5i) %25
%26.50 %26.28	%26.06	(%)	blis


%0.26-	(Vc)	2±44
%0.34-	(PMAx）	%0.048+ (1sc）a

(66) P 210

l5+ \~lg 0


(）182
(22×6)132
33/35×1303×2384
(33)37.8 / (35)38.2
A
	jLby1
IP68
（1400（+400²4 ()1400 (-)200 J

2400/ J 5400
MC4
(33) 33 / ( 35) 31	iJs
(33) 594 / (35) 558	40）

660D(HBD)66(210)			655D(HBD)66(210)	650D(HBD)66(210)
	NMOT STC		NMOT	STC	NMOT STC
	500	660	496	655 492	650	(s) PuAx
	35.42	38.03	35.22	37.83 35.04	37.63	(g) Vup
	14.12	17.36	14.08	17.32 14.06	17.28	() lup iut
	43.40	46.00	43.20	45.80 43.00	45.60	(g) Voc
	14.86	18.42	14.82	18.38 14.78	18.34	() 1c
21.25			21.09	20.92	(%)	slis

\therefore2\rho/λ_{0}| 800NMOTM1.525100

Clelei
85+~40-	33
1500	Uai11
30	Xall

G1B
693	688 683	(bs) Pux	(5	%5
%22.31	%22.14 %21.97	(%)	blis	%5
726	721 715	(al) Px		%10
%23.37	%23.19 %23.02	(%)	is	%10
825	819 813	() Pux	(5	%25
%26.56	%26.36 %26.16	(%)	blis	%25