Rich Solar 4000W 48V 120VAC Cabin Kit

Rich Solar 4000W 48V 120VAC Cabin Kit

Looking for the best off-grid solar system? Our Cabin Kits are perfect for tiny homes, RVs, residences and many more off-grid applications.  Kick off your solar adventure with a great solar setup today! 

Introducing the Rich Solar 4000W 48V 120VAC Cabin Kit - Elevate Your Cabin Experience with Abundant Power!

The Rich Solar 4000W 48V 120VAC Cabin Kit is your ticket to an elevated cabin/residential experience, delivering ample power to cater to all your energy needs. This all-inclusive kit combines the might of 12 high-efficiency 335W solar panels with the reliability of the 6500W 48V hybrid inverter, ensuring you have a comprehensive and robust energy system for your cabin.

Efficient Cabin Power

At its core, this Cabin Kit is designed to provide efficient power to your cabin. The 4000W solar panel array captures abundant sunlight and converts it into electricity, offering you a sustainable and eco-friendly power source. The 6500W 48V hybrid inverter efficiently transforms DC power into clean and consistent AC power, ensuring that your appliances and devices run seamlessly.

Reliable Energy Storage

The heart of this kit is the 4x 4.8kw 48V battery system, offering dependable energy storage. It stores surplus energy during sunny days, ensuring that you have a continuous and reliable power supply even after the sun goes down. This dependable battery system enhances your cabin experience, providing uninterrupted power day and night.

Quality Inverter Performance

The 6500W 48V hybrid inverter provides robust performance, converting DC power from the battery into high-quality AC power. They are designed to handle the power demands of your cabin, ensuring that your devices receive stable and reliable electricity.

Proof of Excellence

Rich Solar is renowned for delivering high-quality and reliable solar solutions. Every component in this Cabin Kit undergoes rigorous testing and adheres to industry standards, ensuring optimal performance and durability. By choosing the Rich Solar 4000W 48V 120VAC Cabin Kit, you're investing in a product that's designed to meet your cabin's energy needs effectively and consistently.

Elevate Your Cabin Lifestyle

Join the community of cabin enthusiasts who demand efficient and sustainable power with the Rich Solar 4000W 48V 120VAC Cabin Kit. It's time to enhance your cabin experience, reduce your environmental footprint, and fully embrace the tranquility of off-grid living. Click "Buy Now" and embark on a journey to a brighter, more self-sufficient cabin lifestyle with this comprehensive kit.

This kit includes:

• 1x 6500W 48V Off-Grid Hybrid Inverter (RS-H6548)
• 12x MEGA 335W Solar Panel (RS-M335)
• 4x 4.8KW 48V Lithium Battery Alpha 5 (RS-B48100)
• 6x 10AWG 25FT Extension Cable (RS-325102)
• 2x Y Branch Parallel Adapters (RS-Y2)
• 24x Z-Brackets (RS-ZB4C)
• 1x PV DC Quick Disconnect Switch
• 1x 150A 48V Battery Breaker
• 2x 8 Stud Bus Bar
• 1x 2/0 Gauge 2 Foot Battery Cable, Positive
• 1x 2/0 Gauge 3 Foot Battery Cable, Positive
• 1x 2/0 Gauge 5 Foot Battery Cable, Negative
• 4x 2 Gauge 5 Foot Battery Cable Positive
• 4x 2 Gauge 5 Foot Battery Cable Negative
• 1x 125 Amp 8-Space 16-Circuit Combiner Box
• 1x 12 Terminal Ground Kit
• 8x 20 Amp Single-Pole Circuit Breaker
• 1x 6/3 SOOW Outdoor Durable Cable

So what can this kit actually power?

To determine what you can power with this solar kit in a new cabin, we'll need to consider the total capacity of the solar panels, the inverter, and the battery storage. Let's break down the components and their capacities:

Solar Panels:

12x MEGA 335W Solar Panel = 12 * 335W = 4020W (4.02 kW)

Inverter:

1x 6500W 48V Off-Grid Hybrid Inverter

Battery Storage:

4x 4.8KW 48V Lithium Battery Alpha 5 = 4 * 4.8 kWh = 19.2 kWh

Now, let's consider how you can utilize these components:

Daily Power Generation: With 12 solar panels, you can generate up to 4.02 kW per hour under optimal sunlight conditions. Over a day (7 hours of sunlight) this could generate 28.14kW of energy or more.

Inverter Capacity: The inverter has a capacity of 6500W, which means it can handle a continuous load of up to 6500W. However, it's important not to exceed the continuous rating for an extended period.

Battery Storage: With a total battery capacity of 19.2 kWh, you have storage for electricity generated during the day to be used during periods with little or no sunlight.

What you can power:

Basic Appliances: You can power basic appliances like lights, fans, small electronics, and charging stations.

Refrigeration: A small refrigerator could be powered, but you would need to manage the usage to ensure it doesn't exceed the available power during less sunny periods.

Power Tools: Depending on their power requirements, some power tools may be usable.

Considerations:

Energy Management: You will need to manage your energy consumption, especially during cloudy days or at night when solar panels are not generating power.

Energy-Efficient Appliances: Consider using energy-efficient appliances and LED lighting to maximize the use of the available power.

Heating/Cooling: High-energy consumption devices like electric heaters or air conditioners may be challenging to run with this setup unless you have a significant amount of sunlight.

Now let's estimate based on a 1,500 square foot cabin

To estimate what you can power in a 1500 square foot cabin with the provided solar kit, we can make some general assumptions about average energy consumption for common appliances. Keep in mind that actual energy usage can vary based on specific appliances, usage patterns, and local climate conditions. Here's a rough breakdown:

1. Lighting:

   • LED lights are energy-efficient. Assuming 10W per LED bulb, if you have, let's say, 20 bulbs, that's 200W.

2. Refrigeration:

   • A small, energy-efficient refrigerator could consume around 100-200W.

3. Fans:

   • Ceiling fans typically consume around 50-100W each.

4. Electronics:

   • Charging stations, laptops, and small electronics might use around 50-100W each.

5. Heating and Cooling:

   • Heating and cooling are significant energy consumers. If you have an energy-efficient HVAC system, it might consume several hundred to a couple of thousand watts depending on the load.

6. Other Appliances:

   • Consider the power requirements of other appliances you may use, such as a microwave, TV, or small kitchen appliances.

Sample Calculation:

• Lighting: 200W
• Refrigerator: 150W
• Fans: 200W (assuming 2 fans)
• Electronics: 200W
• Heating/Cooling: 1000W (assuming an energy-efficient HVAC system)
• Other Appliances: 200W

Total Estimated Load: 1950W (1.95 kW)

Assuming running this load 12 hours a day, you'll be need 23.4kW of energy per day. This is less than the 28.14Kw that this system is capable of producing. 

This is a very rough estimate, and the actual energy consumption can vary based on specific appliances, usage patterns, and the efficiency of your devices. Also, these estimates assume that you are using power continuously for all these devices simultaneously, which is unlikely.

With a solar panel capacity of around 4.02 kW (28.14kW per day) and a battery capacity of 19.2 kWh, your solar kit should be able to meet the estimated load. However, it's crucial to implement good energy management practices, prioritize energy-efficient appliances, and be mindful of energy consumption during periods of low sunlight.

For a more accurate assessment, consider consulting with an electrician who can provide a site-specific analysis and help optimize your system based on your actual energy needs and local conditions.

Our kits come in all shapes and sizes so if this kit isn't the right fit, let's find something that's more your speed!

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

Secure your off-grid solar setup today! Call us with any questions: (857) 201-0530

What Can This Kit Power?

So what can this kit actually power?

To determine what you can power with this solar kit in a new cabin, we'll need to consider the total capacity of the solar panels, the inverter, and the battery storage. Let's break down the components and their capacities:

Solar Panels:

12x MEGA 335W Solar Panel = 12 * 335W = 4020W (4.02 kW)

Inverter:

1x 6500W 48V Off-Grid Hybrid Inverter

Battery Storage:

4x 4.8KW 48V Lithium Battery Alpha 5 = 4 * 4.8 kWh = 19.2 kWh

Now, let's consider how you can utilize these components:

Daily Power Generation: With 12 solar panels, you can generate up to 4.02 kW per hour under optimal sunlight conditions. Over a day (7 hours of sunlight) this could generate 28.14kW of energy or more.

Inverter Capacity: The inverter has a capacity of 6500W, which means it can handle a continuous load of up to 6500W. However, it's important not to exceed the continuous rating for an extended period.

Battery Storage: With a total battery capacity of 19.2 kWh, you have storage for electricity generated during the day to be used during periods with little or no sunlight.

What you can power:

Basic Appliances: You can power basic appliances like lights, fans, small electronics, and charging stations.

Refrigeration: A small refrigerator could be powered, but you would need to manage the usage to ensure it doesn't exceed the available power during less sunny periods.

Power Tools: Depending on their power requirements, some power tools may be usable.

Considerations:

Energy Management: You will need to manage your energy consumption, especially during cloudy days or at night when solar panels are not generating power.

Energy-Efficient Appliances: Consider using energy-efficient appliances and LED lighting to maximize the use of the available power.

Heating/Cooling: High-energy consumption devices like electric heaters or air conditioners may be challenging to run with this setup unless you have a significant amount of sunlight.

Now let's estimate based on a 1,500 square foot cabin

To estimate what you can power in a 1500 square foot cabin with the provided solar kit, we can make some general assumptions about average energy consumption for common appliances. Keep in mind that actual energy usage can vary based on specific appliances, usage patterns, and local climate conditions. Here's a rough breakdown:

1. Lighting:

   • LED lights are energy-efficient. Assuming 10W per LED bulb, if you have, let's say, 20 bulbs, that's 200W.

2. Refrigeration:

   • A small, energy-efficient refrigerator could consume around 100-200W.

3. Fans:

   • Ceiling fans typically consume around 50-100W each.

4. Electronics:

   • Charging stations, laptops, and small electronics might use around 50-100W each.

5. Heating and Cooling:

   • Heating and cooling are significant energy consumers. If you have an energy-efficient HVAC system, it might consume several hundred to a couple of thousand watts depending on the load.

6. Other Appliances:

   • Consider the power requirements of other appliances you may use, such as a microwave, TV, or small kitchen appliances.

Sample Calculation:

• Lighting: 200W
• Refrigerator: 150W
• Fans: 200W (assuming 2 fans)
• Electronics: 200W
• Heating/Cooling: 1000W (assuming an energy-efficient HVAC system)
• Other Appliances: 200W

Total Estimated Load: 1950W (1.95 kW)

Assuming running this load 12 hours a day, you'll be need 23.4kW of energy per day. This is less than the 28.14Kw that this system is capable of producing. 

This is a very rough estimate, and the actual energy consumption can vary based on specific appliances, usage patterns, and the efficiency of your devices. Also, these estimates assume that you are using power continuously for all these devices simultaneously, which is unlikely.

With a solar panel capacity of around 4.02 kW (28.14kW per day) and a battery capacity of 19.2 kWh, your solar kit should be able to meet the estimated load. However, it's crucial to implement good energy management practices, prioritize energy-efficient appliances, and be mindful of energy consumption during periods of low sunlight.

For a more accurate assessment, consider consulting with an electrician who can provide a site-specific analysis and help optimize your system based on your actual energy needs and local conditions.

Our kits come in all shapes and sizes so if this kit isn't the right fit, let's find something that's more your speed!

Specifications 

4.8kWh Alpha 5 Server Lithium Iron Phosphate Battery Specifications

Electrical Specifications

• Nominal Voltage: 48V
• Nominal Capacity(at .5C, 77°F): 100Ah
• Minimum Capacity (at .5C, 77°F): 95Ah
• Expected Cycle Life: >7000 cycles w/1C charge and discharge rate, at 77°F, 80% DOD

Operating Specifications

• Charge Method: Smart charger, constant current, constant voltage
  
• Operating Voltage: 48V
• Capacity: 100Ah
• Energy: 500 Watt Hours
• Continuous Charge Current: 100A
• Continuous Discharge Current: 100A
• Over Voltage Shutdown: 52.5 +/-0.2V
  
• Discharge Cut-off Voltage: 42V =/- 0.5V
  
• Self Discharge (stored at 50% SOC): <3%/month
• Waterproof: IP65
• Charge Voltage Range (Max 52.5V): 52.0 -52.5V

Temperature Performance

• Charge Temperature: 32° F to 113° F
  
• Discharge Temperature: -4° F to 122° F
  
• Storage Temperature: -4° F to 122° F
  
• BMS Low Temperature Cut-off: 32°F
• 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

• Over charge detection voltage: 3.9 +/- 0.05V
• Over charge detection delay time: 0.96 – 1.4s
• Over charge release voltage: 3.80 +/-0.05V
• Maximum charge voltage: 3.65 +/-0.05V

Over Discharge Protection

• Over discharge detection voltage: 2.0V +/- 0.05V
• Over discharge detection delay time: 115-173ms
• Over discharge release voltage: 2.3V +/- 0.10V
• Over Current Protection Over current detection delay time: 9 +/- 2ms
• Over current release condition: Cut load
• Short Circuit Protection: Yes
• Polarity Reverse Protection: Yes
• Warranty: 10 Year
• Communication Ports: RS485/CAN

Alpha 5 Server 48V Lithium Battery Manual

Alpha 5 Server 48V Lithium Battery Specs

Rich Solar 6500 Watt (6.5kW) 48 Volt Off-grid Hybrid Solar Inverter Specifications

Input

• Voltage: 120 VAC
• Selectable Voltage Range: 90-140 VAC (For Computers)
• 80-140 VAC (For Home Appliances)
• Frequency Range: 50 Hz/60 Hz (Auto Sensing)

Output

• AC Voltage Regulation (Batt. Mode): 120VAC ± 5%
• Surge Power: 15000VA
• Efficiency (Peak): 90% ~ 93%
• Transfer Time: 15 ms (For Personal Computers), 20 ms (For Home Appliances)
• Waveform: Pure Sine Wave
• No Load Power Consumption: <70W
• Optional DC Voltage: 12 VDC ± 5%, 100W
• Dual Outputs: Yes

Battery

• Battery Voltage: 48 VDC
• Floating Charge Voltage: 54 VDC
• Overcharge Protection: 66 VDC

Solar Charger & AC Charger

• Solar Charger Type: MPPT
• Maximum PV Array Power: 8000W (4000W x 2)
• MPPT Operating Voltage Range: 90 ~ 230 VDC
• Maximum PV Array Open Circuit Voltage: 250 VDC
• Maximum Solar Charge Current: 120A
• Maximum AC Charge Current: 120A
• Maximum Charge Current: 120A

Physical

• Dimension(D X W X H): 5.8 x 17.0 x 21.8 in
• Net Weight: 40.6 lb
• Communication Interface: USB/RS232/RS485/WiFi/Dry-contact

Operating Environment

• Humidity: 5% to 95% Relative Humidity(Non-condensing)
• Operating Temperature: -10°C to 50°C
• Storage Temperature: -15°C to 60°C

Standard

• Compliance Safety: UL

Rich Solar 6500W Solar Inverter Manual

Rich Solar 6500W Solar Inverter Certification

Rich Solar 6500W Solar Inverter Specifications

Rich Solar 335W Solar Panel Specifications

• Maximum Power(Pmax): 335W
• Maximum Power Voltage(Vmp): 34.1V
• Maximum Power Current(Imp): 9.85A
• Open Circuit Voltage(Voc): 41.6V
• Short Circuit Current(Isc): 10.4A
• Maximum System Voltage(Vmax): 1000VDC
• Temperature Range: -40°F ~ 194°F
• Max Series Fuse Rating: 20A
• Weight: 39.3 lb
• 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 Manual

Rich Solar 335W Solar Panel Certification

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

Documentation

Alpha 5 Server 48V Lithium Battery Manual

Alpha 5 Server 48V Lithium Battery Specs

Rich Solar 6500W Solar Inverter Manual

Rich Solar 6500W Solar Inverter Certification

Rich Solar 6500W Solar Inverter Specifications

Rich Solar 335W Solar Panel Manual

Rich Solar 335W Solar Panel Certification