nps series main features: charging method: endurance in ... · charging method: endurance in cycles...

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Cycle life at different DOD for NPS batteries 6V / 12V Number of cycles NPS Series Main Features: Main applications: Charging method: Endurance in cycles according to IEC 896-2: Based on 18-year experience in research and development, we succeeded in developing NPS series batteries mainly suitable for Solar / Wind power. NPS series batteries are manufactured using Gel technology which is suitable for solar deep cycle applications. Reduce cell failure due to premature dry out. Extend cycle service life by reducing plate corrosion Gelled Thixotropic electrolyte Meet EUROBAT ( draft IEC 896-2 ), IEEE, JIS and Bs6290 Part 4, using UL certified components 8-10 year service life for 6 / 12 V NPS batteries and 15 -year service life for 2V NPS batteries 8mm Screw Terminals Solar Photovoltaic | Solar | | Wind power systems . Alternative Energy Storage It is recommended to use Constant Voltage method to charge NPS batteries. The charging voltage must be regularly checked. In order to optimize the battery performance, the voltage must be kept within the following limits - Float Service: 2.25 +- 1% V Per Cell at 20/25°C Cycle Service: 2.35+- 1%V Per Cell at 20/25°C

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T.

Cycle life at different DOD for NPS batteries 6V / 12V

Number of cycles

NPS Series

Main Features:

Main applications:

Charging method:

Endurance in cycles according to IEC 896-2:

Based on 18-year experience in research and development, we succeeded in developing NPS series batteries mainly suitablefor Solar / Wind power. NPS series batteries are manufactured using Gel technology which is suitable for solar deep cycle applications.

Reduce cell failure due to premature dry out.Extend cycle service life by reducing plate corrosionGelled Thixotropic electrolyteMeet EUROBAT ( draft IEC 896-2 ), IEEE, JIS and Bs6290 Part 4, using UL certified components8-10 year service life for 6 / 12 V NPS batteries and 15 -year service life for 2V NPS batteries 8mm Screw Terminals

Solar Photovoltaic | Solar | | Wind power systems .Alternative Energy Storage

It is recommended to use Constant Voltage method to charge NPS batteries. The charging voltage must beregularly checked. In order to optimize the battery performance, the voltage must be kept within the following limits -

Float Service: 2.25 +- 1% V Per Cell at 20/25°C Cycle Service: 2.35+- 1%V Per Cell at 20/25°C

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SOLAR BATTERY

Karin
Typewritten Text
Karin
Typewritten Text

self -discharge Characteristics

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SOLAR BATTERY

General Specifications

Model

NPS 50-12

NPS 100-12

NPS 200-12

NPS 250-12

50

100

200

250

Rated Capacity

Nominal Volts

Length Width Height Total height

Approx. Weight

Terminal Type

Terminal 8mm screw

12

12

12

12

229

407

522

520

138

174

240

268

208

210

219

220

227

233

240

241

19.5

31.5

62.4

71.6

8mm Screw type

8mm Screw type

8mm Screw type

8mm Screw type

(Ah) (mm) (mm) (mm) (mm) (Kg) (V)

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SOLAR BATTERY

Ampere Hour Data @ 20°C (6/12V NPS)

Model

NPS 50-12

NPS 100-12

NPS 200-12

NPS 250-12

Discharge Date Discharge Date Ampere Hours @20°C

Time in Hours Time in Minutes End VoltsPer Cell

End VoltsPer Cell

15 30 45 1

1.80

1.80

1.80

1.80

1.85

1.85

1.85

1.85

73.0

133

316

337

27.9

52.5

123

136

47.8

85.3

200

215

33.3

62.4

145

154

35.9

63.6

148

162

36.5

65.1

152

169

41.5

75.0

176

189

47.9

83.5

196

218

54.3

98.1

230

252

37.9

68.5

165

177

43.7

79.5

187

204

50.1

91.0

213

236

55.9

102

237

257

39.5

71.2

167

183

45.0

82.9

195

208

52.6

97.0

220

239

57.9

106

245

269

48.6

88.8

205

226

35.3

64.5

155

165

36.0

67.5

156

168

38.4

68.4

167

179

43.0

78.8

186

198

49.6

92.3

210

227

56.5

103

236

262

40.1

73.9

171

187

46.7

84.9

198

216

53.7

97.6

229

248

57.8

104

247

267

41.8

76.5

179

196

48.2

87.7

208

224

55.2

98.9

232

253

59.8

108

256

278

49.5

88.9

213

229

36.7

65.8

154

168

37.1

65.7

154

167

39.1

71.5

164

182

44.1

80.1

188

204

50.4

91.5

216

235

56.4

106

246

265

42.1

74.9

176

190

47.3

88.4

203

225

55.5

101

237

258

59.2

108

253

276

42.9

79.4

186

197

49.5

90.0

213

234

55.8

102

239

257

61.9

112

265

282

79.3

145

339

367

29.8

53.9

126

137

83.7

153

356

389

29.8

54.6

124

137

1.75

1.75

1.75

1.75

1.80

1.80

1.80

1.80

1.67

1.67

1.67

1.67

1.75

1.75

1.75

1.75

2 3 4 5 6 8 10 12 20 24 48 72 100

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SOLAR BATTERY

Watts Data Cell @ 20°C (6/12V NPS)

ModelDischarge Date PezR Discharge Data Watts per cell (W)

Time in Hours Time in Minutes End VoltsPer Cell

End VoltsPer Cell

15 30 45 1 2 3 4 5 6 8 10 12 20 24

NPS 50-12

1.80 1.85135 55.287.5 32.066.4 23.5 13.6 7.6818.6 11.0 5.1015.2 8.90 4.33

90.6 34.068.7 24.8 14.5 8.1619.6 11.6 5.3616.5 9.51 4.58

92.6 34.568.8 25.7 14.8 8.2819.8 11.8 5.6016.7 9.75 4.68

147 56.7

154 57.6

1.75 1.80

1.67 1.75

NPS 100-12

1.80 1.85244 102160 58.9122 42.6 24.5 14.033.8 19.8 9.1328.9 16.5 7.86

167 61.5125 44.9 25.6 14.635.6 20.9 9.6829.8 17.8 8.26

169 63.4124 45.8 26.8 15.636.5 21.5 9.8730.3 17.8 8.39

266 105

279 105

1.75 1.80

1.67 1.75

NPS 200-12

1.80 1.85576 236375 135284 99.7 57.2 32.680.3 46.5 22.066.2 38.4 19.5

387 146293 106 61.0 34.783.6 49.5 23.069.5 40.5 19.5

394 146294 108 63.2 34.685.6 49.8 23.570.8 41.5 19.8

624 241

654 245

1.75 1.80

1.67 1.75

NPS 250-12

1.80 1.85625 257406 149307 107 61.4 35.586.5 50.6 23.171.4 41.5 20.3

421 157315 115 65.4 37.590.6 53.4 24.575.4 44.0 20.6

428 163317 115 67.5 38.792.5 55.0 25.677.5 45.6 21.5

674 265

712 264

1.75 1.80

1.67 1.75

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SOLAR BATTERY