Enirgi Advance - Renewable Energy

Enirgi Advance cells are manufactured to the highest standards of quality and workmanship. The tubular plate technology in a gel immobilized electrolyte with a valve regulated ventilation, eliminates the need for topping up over the life of the battery. Batteries built with these cells are used to store electrical energy in medium to large renewable energy installations. Their robust design, unique Calcium lead alloy materials and patented features make them the perfect match for long-life cycling duty under the most onerous of circumstances. These include partial state of charge (PSOC) operation in renewable energy systems with widely varying climatic conditions.

Enirgi Advance cells are manufactured to the highest standards of quality and worksmanship. The tubular plate technology in a gel immobilised electrolyte with valve regulated ventilation, eliminates the need for topping up over the life of the battery. Batteries built with these cells are used to store electrical energy in medium to large renewable energy installations. Their robust design, unique Calcium lead alloy materials and patented features make them the perfect match for long life cycling duty under the most onerous of circumstances. These include partial state of charge (PSOC) operation in renewable energy systems with widely varying climatic conditions.

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“Long Life” according to Eurobat classification.
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Compliant with IEC 61427 requirements for photovoltaic energy systems.
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Tested according to IEC 60896-21 and fully compliant with IEC 60896-22 requirements for valve-regulated batteries.
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Manufactured in production facilities, certified to ISO 9001, ISO 14001 and BS OHSAS 18001.
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Full conformity to DIN 40742 specifications for OPzV cells and DIN 40744 for OPzV blocks.
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Compliant with the safety requirements of EN 50272-2 for stationary batteries.

Part Number	No. of Positive Plates	No. of Poles	Nominal Capacity (Ah at 20°C)						I_sc	R_int	Length	Width	Height*	Poles Dist.	Weight
			C₁₂₀	C₁₀₀	C₄₈	C₂₄	C₁₂	C₁₀	I_sc	R_int	Length	Width	Height*	Poles Dist.	Weight
			Discharged to an end voltage of 1.80 Vpc						A	mƱ	mm	mm	mm	mm	kg
Valve Regulated Tubular GEL Batteries
ARG-4-OPzV-280	4	2	290	286	281	258	232	224	2300	0.88	103	206	382	-	19
ARG-5-OPzV-350	5	2	363	358	352	323	290	280	2860	0.71	124	206	382	-	24
ARG-6-OPzV-420	6	2	435	429	423	388	347	336	3380	0.6	145	206	382	-	26
ARG-5-OPzV-490	5	2	536	527	517	472	420	405	3380	0.6	124	206	498	-	31
ARG-6-OPzV-588	6	2	644	633	622	567	504	486	3980	0.51	145	206	498	-	36
ARG-7-OPzV-686	7	2	753	740	727	662	588	567	4520	0.45	166	206	498	-	42
ARG-6-OPzV-840	6	2	937	920	892	809	716	690	4360	0.47	145	206	673	-	48
ARG-8-OPzV-1120	8	4	1247	1224	1187	1077	954	920	5980	0.34	191	210	673	80	65
ARG-10-OPzV-1400	10	4	1560	1532	1485	1347	1193	1150	7380	0.28	233	210	673	110	82
ARG-12-OPzV-1680	12	4	1877	1842	1786	1618	1432	1380	8640	0.24	275	210	673	140	96
ARG-12-OPzV-2100	12	4	2120	2086	2050	1878	1678	1620	9440	0.22	275	210	824	140	110
ARG-16-OPzV-2800	16	6	2824	2780	2731	2503	2237	2160	12680	0.16	399	214	799	110	159
ARG-20-OPzV-3500	20	8	3523	3468	3412	3127	2796	2700	16240	0.13	487	212	799	110	202
ARG-24-OPzV-4200	24	8	4248	4181	4106	3760	3357	3240	18460	0.11	576	212	799	140	227
ARG-6V-4-OPzV-240	4	2	253	250	243	233	212	206	2260	2.7	272	205	371	-	48
ARG-6V-5-OPzV-350	5	2	335	331	313	292	265	258	2740	2.22	380	205	371	-	63
ARG-6V-6-OPzV-360	6	2	381	377	365	350	318	309	3220	1.89	380	205	371	-	70
ARG-12V-1-OPzV-60	1	2	63	62	60	58	52	51	620	19.8	272	205	371	-	43
ARG-12V-2-OPzV-120	2	2	126	125	120	115	105	102	1240	9.9	272	205	371	-	52
ARG-12V-3-OPzV-180	3	2	188	186	180	173	158	153	1720	7.08	380	205	371	-	74

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Enirgi Advance - OPZV

Valve Regulated Tubular GEL Batteries

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