This kit Includes:
- 2x 6500 Watt (6.5kW) 48 Volt Off-grid Hybrid Solar Inverter (RS-H6548)
- Your Choice of 18x 410W panels, 30x 410W panels, 38x 335W panels or no panels
- 4x 4.8kWh Alpha 5 Server Lithium Iron Phosphate Battery (RS-B48100SR)
- 2x Solar PV DC Quick Disconnect Switch (RS-i4)
- 2x Busbar 600 AMP
- 4x 4 Foot 2/0 Gauge AWG Wire Set 3/8"
- 8x 10 Gauge 50 Feet Solar Extension Cable (RS-50102)
- 4x 10 Gauge 30 Feet Solar Extension Cable (RS-30102-T2)
- 1 x Free Battery Rack
Warranty:
1) Rigid Solar Panels: 25-year power output warranty
2) Portable Briefcase Solar Panels: 5 year power output warranty
3) Portable Power Stations: 2 years
4) Solar Charge Controllers: 2 Years (MPPT) | 6 Months (PWM)
5) Inverters: 2 years
6) Flexible Solar Panel: 1 year workmanship and materials
7) CIGS Flexible Solar Panel: 1 year workmanship and materials
8) LiFePO4 Lithium Battery: 3 year manufacturer defect
Don't run from your grid free lifestyle, embrace it and secure your solar future today! Call us with any questions (857) 201-0530
What Can This Kit Power?
So what can this kit power in practice? Let's look at the option of 30x410W panels for this example:
To determine what you can power with the provided solar kit for a new cabin, we need to calculate the total capacity of the system and then estimate the power consumption of the devices you plan to use. Here's a breakdown of the components:
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Inverter:
- 2x 6500 Watt (6.5kW) 48 Volt Off-grid Hybrid Solar Inverter
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Solar Panels:
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Batteries:
- 4x 4.8kWh Alpha 5 Server Lithium Iron Phosphate Battery
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Other Components:
- 2x Solar PV DC Quick Disconnect Switch
- 2x Busbar 600 AMP
- 4x 4 Foot 2/0 Gauge AWG Wire Set 3/8"
- 8x 10 Gauge 50 Feet Solar Extension Cable
- 4x 10 Gauge 30 Feet Solar Extension Cable
- 1x Battery Rack
Now, let's calculate the total capacity of the system:
Total Solar Panel Capacity:
- 30 panels * 410W/panel = 12,300W (12.3kW)
Total Battery Capacity:
- 4 batteries * 4.8kWh/battery = 19.2kWh
Total Inverter Capacity:
- 2 inverters * 6.5kW/inverter = 13kW
Now, keep in mind that solar panels generate electricity when there is sunlight, and batteries store excess energy for use when the sun is not shining. The inverter converts DC power from the panels and batteries into AC power for your devices.
The next step is to estimate the power consumption of the devices in your cabin. Once you have an estimate, you can determine if the provided solar kit is sufficient to meet your needs. Consider the daily energy usage of appliances, lights, electronics, and any other electrical devices you plan to use.
Let's look at a 2,000 square foot residence as an example:
To estimate what you can power in a 2000 square foot residence with the provided solar kit, we need to make some assumptions about the average energy consumption of the home's appliances and devices. Keep in mind that energy consumption varies based on the types of appliances, usage patterns, and local climate. Here's a general breakdown:
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Lighting: LED lights are energy-efficient and typically consume around 8-15 watts per bulb. Let's assume an average of 10 watts per LED bulb.
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Refrigerator: A standard refrigerator can consume around 100-800 watts, depending on its size and efficiency but the actual running wattage is normally much lower. Let's assume 150 watts on average.
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Air Conditioning: If the home has an air conditioning system, it can be a significant energy consumer. A central air conditioner can range from 1500 to 5000 watts or more, depending on its size and efficiency. Let's assume 3000 watts for our estimation.
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Heating: If you have electric heating, it can be a substantial energy user. Let's assume 2000 watts for our estimation.
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Electronics: Computers, TVs, chargers, and other electronics can add up. Assume an average of 100 watts per device.
Now, let's estimate the total average power consumption per hour:
- Lighting: 10 watts/bulb 25 bulbs = 250 watts
- Refrigerator: 150 watts
- Air Conditioning: 3000 watts
- Heating: 2000 watts
- Electronics: 100 watts/device * 5 devices = 500 watts
You won't use both heat and air conditioning at the same time so let's look at this estimate using heat.
Total wattage (including heat and not AC) = 2,900 watts per hour
Assuming you are running these devices for 18 hours a day (estimate) you will need 52,200 watts produced from your solar array per day.
But you can add up these estimates to get the total average power consumption in watts per hour (Wh) based on your specific setup. Once you have this information, you can compare it to the capacity of your solar kit, which includes the solar panels, batteries, and inverters.
If the total power consumption is within the capacity of the solar kit, you should be able to power these devices. If it exceeds the capacity, you may need to prioritize or consider additional solar panels or batteries to meet your energy needs. Keep in mind that the actual solar generation will depend on sunlight conditions, and the batteries will store excess energy for use during periods without sunlight.
The 30x410W panel configuration produces 12.3kW of energy per hour. The number of hours of peak sunlight varies by location so let's assume 6 hours. Under normal conditions you could produce 73.8Kw of energy per day.
So based on this estimate you should have plenty of power from this kit to power your 2,000 square foot residence.
If you have a smaller home that is going to require less energy, check out the 18x410W configuration which may better suit your needs.
Do you have any questions about how this estimate translates to your setup? Give us a call at (857) 201-0530
Specifications
This kit Includes:
- 2x 6500 Watt (6.5kW) 48 Volt Off-grid Hybrid Solar Inverter (RS-H6548)
- Your Choice of 18x 410W panels, 30x 410W panels, 38x 335W panels or no panels
- 4x 4.8kWh Alpha 5 Server Lithium Iron Phosphate Battery (RS-B48100SR)
- 2x Solar PV DC Quick Disconnect Switch (RS-i4)
- 2x Busbar 600 AMP
- 4x 4 Foot 2/0 Gauge AWG Wire Set 3/8"
- 8x 10 Gauge 50 Feet Solar Extension Cable (RS-50102)
- 4x 10 Gauge 30 Feet Solar Extension Cable (RS-30102-T2)
- 1 x Free Battery Rack
Rich Solar 410W Solar Panel Specifications
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Maximum Power(Pmax): 410W
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Maximum Power Voltage(Vmp): 31.3V
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Maximum Power Current(Imp): 13.1A
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Open Circuit Voltage(Voc): 31.7V
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Short Circuit Current(Isc): 13.8A
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Maximum System Voltage(Vmax): 1500VDC
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Temperature Range: -40°F ~ 185°F
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Max Series Fuse Rating: 25A
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Weight: 45.2 lb
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Dimensions: 67.9 x 44.6 x 1.2 in
Built-In Components
- RICH SOLAR 400 watt monocrystalline solar panel
- Panel leads (pair): 2 feet each
- IP65 rated waterproof junction box
- IP67 rated waterproof solar connectors
- Bypass diodes built-in the junction box
Rich Solar 410W Solar Panel Certification
Rich Solar 335W Solar Panel Specifications
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Maximum Power(Pmax): 335W
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Maximum Power Voltage(Vmp): 34.1V
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Maximum Power Current(Imp): 9.85A
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Open Circuit Voltage(Voc): 41.6V
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Short Circuit Current(Isc): 10.4A
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Maximum System Voltage(Vmax): 1000VDC
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Temperature Range: -40°F ~ 194°F
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Max Series Fuse Rating: 20A
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Weight: 39.3 lb
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Dimensions: 65.6 x 39.4 x 1.4 in
Built-In Components
- RICH SOLAR 335 watt monocrystalline solar panel
- Panel leads (pair): 3 feet each
- IP65 rated waterproof junction box
- IP67 rated waterproof solar connectors
- Bypass diodes built-in the junction box
Rich Solar 335W Solar Panel Specifications
Rich Solar 335W Solar Panel Certifications
4.8kWh Alpha 5 Server Lithium Iron Phosphate Battery Specifications
Electrical Specifications
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Nominal Voltage: 48V
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Nominal Capacity(at .5C, 77°F): 100Ah
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Minimum Capacity (at .5C, 77°F): 95Ah
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Expected Cycle Life: >7000 cycles w/1C charge and discharge rate, at 77°F, 80% DOD
Operating Specifications
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Charge Method: Smart charger, constant current, constant voltage
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Operating Voltage: 48V
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Capacity: 100Ah
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Energy: 500 Watt Hours
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Continuous Charge Current: 100A
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Continuous Discharge Current: 100A
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Over Voltage Shutdown: 52.5 +/-0.2V
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Discharge Cut-off Voltage: 42V =/- 0.5V
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Self Discharge (stored at 50% SOC): <3%/month
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Waterproof: IP65
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Charge Voltage Range (Max 52.5V): 52.0 -52.5V
Temperature Performance
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Charge Temperature: 32° F to 113° F
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Discharge Temperature: -4° F to 122° F
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Storage Temperature: -4° F to 122° F
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BMS Low Temperature Cut-off: 32°F
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BMS High Temperature Cut-off: 149°F
Physical Specifications
- Battery Dimensions: 19″L x 18 3/4″W x 5 1/4″H
- Weight: 130 lb
- Group size: 15
BMS Operation
Over Charge Protection
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Over charge detection voltage: 3.9 +/- 0.05V
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Over charge detection delay time: 0.96 – 1.4s
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Over charge release voltage: 3.80 +/-0.05V
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Maximum charge voltage: 3.65 +/-0.05V
Over Discharge Protection
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Over discharge detection voltage: 2.0V +/- 0.05V
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Over discharge detection delay time: 115-173ms
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Over discharge release voltage: 2.3V +/- 0.10V
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Over Current Protection Over current detection delay time: 9 +/- 2ms
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Over current release condition: Cut load
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Short Circuit Protection: Yes
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Polarity Reverse Protection: Yes
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Warranty: 10 Year
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Communication Ports: RS485/CAN
Alpha 5 Server 48V Lithium Battery Manual
Alpha 5 Server 48V Lithium Battery Spec Sheet
Rich Solar 6500 Watt (6.5kW) 48 Volt Off-grid Hybrid Solar Inverter Specifications
Input
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Voltage: 120 VAC
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Selectable Voltage Range: 90-140 VAC (For Computers)
- 80-140 VAC (For Home Appliances)
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Frequency Range: 50 Hz/60 Hz (Auto Sensing)
Output
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AC Voltage Regulation (Batt. Mode): 120VAC ± 5%
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Surge Power: 15000VA
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Efficiency (Peak): 90% ~ 93%
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Transfer Time: 15 ms (For Personal Computers), 20 ms (For Home Appliances)
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Waveform: Pure Sine Wave
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No Load Power Consumption: <70W
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Optional DC Voltage: 12 VDC ± 5%, 100W
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Dual Outputs: Yes
Battery
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Battery Voltage: 48 VDC
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Floating Charge Voltage: 54 VDC
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Overcharge Protection: 66 VDC
Solar Charger & AC Charger
- Solar Charger Type: MPPT
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Maximum PV Array Power: 8000W (4000W x 2)
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MPPT Operating Voltage Range: 90 ~ 230 VDC
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Maximum PV Array Open Circuit Voltage: 250 VDC
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Maximum Solar Charge Current: 120A
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Maximum AC Charge Current: 120A
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Maximum Charge Current: 120A
Physical
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Dimension(D X W X H): 5.8 x 17.0 x 21.8 in
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Net Weight: 40.6 lb
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Communication Interface: USB/RS232/RS485/WiFi/Dry-contact
Operating Environment
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Humidity: 5% to 95% Relative Humidity(Non-condensing)
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Operating Temperature: -10°C to 50°C
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Storage Temperature: -15°C to 60°C
Standard
Rich Solar 6500W Solar Inverter Manual
Rich Solar 6500W Solar Inverter Certification
Rich Solar 6500W Solar Inverter Specifications
Documentation
Documentation
Rich Solar 410W Solar Panel Certification
Rich Solar 335W Solar Panel Specifications
Rich Solar 335W Solar Panel Certifications
Alpha 5 Server 48V Lithium Battery Manual
Alpha 5 Server 48V Lithium Battery Spec Sheet
Rich Solar 6500W Solar Inverter Manual
Rich Solar 6500W Solar Inverter Certification
Rich Solar 6500W Solar Inverter Specifications