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93.3 186.5 279.8 373.1 0.87% 1.73% 2.60% 3.47%
225 450 675 900 2.09% 4.19% 6.28% 8.37%
300 600 900 1200 2.79% 5.58% 8.37% 11.16%
375 750 1125 1500 3.49% 6.98% 10.46% 13.95%
o SOC Quick Reference for re-charge: Use the chart below as a quick reference for typical
load SOC percentages to add to current SOC percentage for recharge times, see below:
CHARGING (REPLENSHMENT) (IN Wh)
CHARGING (REPLENSHMENT) (ADD TO SOC %)
1294.4
2588.8
3883.1
5177.5
12.04%
24.08%
36.12%
48.15%
1362.5
2725
4087.5
5450
12.67%
25.34%
38.02%
50.69%
1430.6
2861.3
4291.9
5722.5
13.31%
26.61%
39.92%
53.22%
1498.8
2997.5
4496.3
5995
13.94%
27.88%
41.82%
55.76%
1566.9
3133.8
4700.6
6267.5
14.57%
29.15%
43.72%
58.29%
545
1090
1635
2180
5.07%
10.14%
15.21%
20.28%
408.8
817.5
1226.3
1635
3.80%
7.60%
11.40%
15.21%
272.5
545
817.5
1090
2.53%
5.07%
7.60%
10.14%
100
200
300
400
0.93%
1.86%
2.79%
3.72%
50
100.1
150.1
200.1
0.47%
0.93%
1.40%
1.86%
25
50
75.1
100.1
0.23%
0.47%
0.70%
0.93%
SOLAR BLANKET EXT.
(FULL)
75.1
150.1
225.2
300.2
0.70%
1.40%
2.09%
2.79%
37.5
75.1
112.6
150.1
0.35%
0.70%
1.05%
1.40%
Inverter Charger
The Renogy Solar Inverter Charger is an advanced hybrid system
combining the advanced charging algorithm of solar and industrial
reliability and electrical energy of pure sine wave inverters to give you a
complete power system. The unit features 4 charging modes and 3 output
modes to meet an array of application needs. The recommended
charging mode is:
• Hybrid Charging: In Hybrid Charging, PV and Utility will work
together to charge the battery bank at the same time. Priority will
be given to PV and utilize MPPT charging. Upon PV charging being
insufficient, the power supply replenishes with Utility power. This
method is the fastest to charge and suitable for unstable areas of
the grid, ready to provide adequate backup power supply.
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