Solar & Renewables

Benefits

Renewable energy sources generate electricity from natural resources, such as the sun and wind, resources that are not always available.

Why is Battery Storage Technology Important in Enabling the Use of Renewable Energy?

Battery storage technology plays a crucial role in ensuring that homes and businesses can be powered by renewable energy, even during periods when the sun isn’t shining or the wind has stopped blowing. By storing the energy generated by renewable sources, battery storage systems provide a reliable and consistent source of power.

These systems enable energy consumers to use renewable energy whenever it is available and store excess energy for use when renewable sources are not generating enough power. This helps to reduce reliance on traditional fossil fuel-based energy sources and promotes the use of green energy.

In addition to reducing carbon emissions and promoting sustainability, battery storage technology also provides a cost-effective solution for consumers who want to reduce their energy bills by generating and storing their own energy.

BSH can help, we have a range of battery storage options specifically designed for renewable energy sources. With the use of our batteries or cells, you can store excess energy for later use. BSH has a range that can store energy for photovoltaic (solar) installations and turbine (wind) installations, we can also accommodate small-scale home and DIY renewable projects.

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Showing 1 - 65 out of 65

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SKU Range Voltage Capacity [C10] Length Width Height Weight Terminal Technology
2V
250
124
206
389
23
M8
Gel VRLA
2V
300
145
206
389
26.5
M8
Gel VRLA
2V
350
124
206
505
28.5
M8
Gel VRLA
2V
420
145
206
505
33.5
M8
Gel VRLA
2V
490
166
206
505
38.1
M8
Gel VRLA
2V
600
145
206
678
47.5
M8
Gel VRLA
2V
800
191
210
678
63.5
M8
Gel VRLA
2V
1000
233
210
678
77.5
M8
Gel VRLA
2V
1200
275
210
678
91.6
M8
Gel VRLA
2V
1500
275
210
827
113.5
M8
Gel VRLA
2V
2000
399
210
802
153
M8
Gel VRLA
2V
2500
487
212
802
189
M8
Gel VRLA
2V
3000
576
212
802
226
M8
Gel VRLA
12V
8.5
15.1
65
10
2.4
F1/F2
AGM VRLA
12V
65
35
167
17.8
20.2
M6
AGM VRLA
12V
70
35
167
17.8
21.3
M6
AGM VRLA
12V
75
26
169
17.8
22
M6
AGM VRLA
12V
80
26
169
21.5
23.3
M6
AGM VRLA
12V
90
30.7
169
21.5
26.5
M6
AGM VRLA
12V
100
32.8
172
22.2
29
M8
AGM VRLA
12V
120
40.7
174
23.3
34
M8
AGM VRLA
12V
150
48.4
171
24.1
43.5
M8
AGM VRLA
12V
160
53.2
206
21.9
48.3
M8
AGM VRLA
12V
180
53.2
206
21.9
52.2
M8
AGM VRLA
12V
200
52.2
240
22.4
58.2
M8
AGM VRLA
12V
220
52
268
20.7
68
M8
AGM VRLA
12V
250
52
268
22.4
70
M8
AGM VRLA
12V
8.5
15.1
65
10
2.4
F1/F2
Gel VRLA
12V
65
35
167
17.8
20.2
M6
Gel VRLA
12V
70
35
167
17.8
21.3
M6
Gel VRLA
12V
75
26
169
17.8
22
M6
Gel VRLA
12V
80
26
169
21.5
23.3
M6
Gel VRLA
12V
90
30.7
169
21.5
26.5
M6
Gel VRLA
12V
100
32.8
172
22.2
29
M8
Gel VRLA
12V
120
40.7
174
23.3
34
M8
Gel VRLA
12V
150
48.4
171
24.1
43.5
M8
Gel VRLA
12V
160
53.2
206
21.9
48.3
M8
Gel VRLA
12V
180
53.2
206
21.9
52.2
M8
Gel VRLA
12V
200
52.2
240
22.4
58.2
M8
Gel VRLA
12V
220
52
268
20.7
68
M8
Gel VRLA
12V
250
52
268
22.4
70
M8
Gel VRLA
12V
55
27.7
106
22.2
16.5
M6
Gel VRLA
12V
80
56.2
110
22.8
25
M6
Gel VRLA
12V
100
50.7
110
24
29.5
M8
Gel VRLA
12V
105
39.4
110
28.8
30.5
M8
Gel VRLA
12V
125
55.1
110
24
37.8
M8
Gel VRLA
12V
150
55.1
110
28.8
45
M8
Gel VRLA
12V
150
56
125
28
45.2
M8
Gel VRLA
12V
160
55.1
110
28.8
45.6
M8
Gel VRLA
12V
175
54.6
125
32.1
53.7
M8
Gel VRLA
12V
180
56
125
31.6
55
M8
Gel VRLA
12V
190
56
125
31.6
57
M8
Gel VRLA
12V
200
56
125
31.6
58
M8
Gel VRLA
12V
55
27.7
106
22.2
16.5
M6
AGM VRLA
12V
80
56.2
110
22.8
25
M6
AGM VRLA
12V
100
50.7
110
24
29.5
M8
AGM VRLA
12V
105
39.4
110
28.8
30.5
M8
AGM VRLA
12V
125
55.1
110
24
37.8
M8
AGM VRLA
12V
150
55.1
110
28.8
45
M8
AGM VRLA
12V
150
56
125
28
45.2
M8
AGM VRLA
12V
160
55.1
110
28.8
45.6
M8
AGM VRLA
12V
175
54.6
125
32.1
53.7
M8
AGM VRLA
12V
180
56
125
31.6
55
M8
AGM VRLA
12V
190
56
125
31.6
57
M8
AGM VRLA
12V
200
56
125
31.6
58
M8
AGM VRLA