All in One Off Grid Solar Power System

All in One Off Grid Solar Power System

System Components The 5kW off-grid solar power system is built using eight 550W solar panels, a 5kW inverter, a lithium-ion battery, and various supplementary components.
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Description
Technical Parameters

Hebei Mutian Solar Energy Technology Development Co., Ltd. is one of the most reliable manufacturers and suppliers of all in one off grid solar power system in China, also supports customized service. Welcome to buy advanced all in one off grid solar power system in stock from our factory.

 

 

System Components

 

The All in One Off Grid Solar Power System is built using eight 550W solar panels, a 5kW inverter, a lithium-ion battery, and various supplementary components.

 

1. inverter

 

 5kw inverter

Our company is internationally recognized for its design innovations along with offering unmatched products and services that consistently surpass customer expectations.

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Off-grid System Of 5KW
product-440-231 product-171-54
Products features

 

- Automatic Restart for Lithium Batteries: Makes recharging lithium batteries easier.
- Customizable Charging Voltages: Empowers utility and PV charging voltages to be customized for differing battery needs.
- Compact and Slim Design: Eases installation and transport.
- Reverse Connection Protection: Uses a fuse switch to improve safety during construction.
- Battery-Free Operation Support: Eliminates batteries thus reducing the solar system cost.
- Parallel Functionality: Added with up to nine units for higher energy loads.
- Precision Output Voltage: Ensures the safety of connected appliances with ±5%.
- Intelligent Power Management: Efficiently manages solar, mains, and battery power.

 

2. Lithium Battery

Lithium Battery(100AH 51.2V)
Lithium Battery(100AH 51.2V)

Our off-grid solar system's lithium battery comes equipped with BYD's innovative blade battery technology. What are the advantages compared to older batteries? - Form Factor: The blade structure increases the energy density of each cell by elongating them, resulting in better volumetric efficiency. Older cylindrical and square battery designs are significantly worse in these parameters. - Performance: The blade structure features a flat shape that helps with heat dissipation, thus improving thermal management and energy efficiency. The lithium iron phosphate material used in blade batteries helps maintain energy density when cold and offers better environmental performance, making them cheaper than conventional batteries which perform poorly in cold weather and boast subpar density. - Safety: In safety evaluations, blade batteries perform exceptionally well. For example, the needle puncture test shows no smoking or flaming and only a 30 to 60-degree C surface temperature. This is far safer than lithium iron phosphate and ternary lithium batteries, which tend to have much higher surface temperatures and far worse safety performance.

 

3. Photovoltaic Mounting Structures

 

It is significant to mention that photovoltaic mounting systems are critical components of a 5 kW off-grid solar installation because they do not only fix the panels, but also heavily influence the durability and efficiency of the whole system. Knowing how to choose and operate these structures helps one achieve effective functioning of the solar energy system.

product-545-331
product-465-310

 

Application Areas-All in One Off Grid Solar Power System

 

Residential Solar Storage – store excess solar energy for night‑time or grid‑outage use.

Small Commercial & Office Backup – keep critical loads (servers, lighting, POS systems) running during power failures.

Telecom & Base Stations – reliable backup for communication equipment in remote areas.

UPS Systems – integrate with uninterruptible power supplies for data centres and medical devices.

Off‑Grid Systems – power cabins, remote monitoring stations, and agricultural equipment.

Emergency Lighting & Security – backup for fire alarms, access control, and CCTV.

 

Frequently Asked Questions

 

Q: How many solar watts do I need for my home?

A: The capacity of a solar energy system depends on the energy usage of each particular user. If a person requires enough energy only for a few light bulbs and charging devices, 1 kW is enough. If someone wishes to receive energy for a small house with basic appliances, then one needs a system with a capacity from 3 to 5 kW. If one wishes to provide energy for a whole household and all household appliances including air conditioners, then one needs a system of 8 kW or more.

Q: What is the difference between off-grid and grid-tied systems?

A: The definition of off-grid solar systems is that these types of systems are independent from the power supply and that they hold energy in batteries to provide energy in case of cloudy weather or at night. Grid-tied systems, on the other hand, are devices connected to the utility power and they do not store energy in batteries because they do not rely on that.

Q: How long do the batteries last?

A: This applies to lithium batteries that have a lifetime of 5 to 10 years depending on usage and care. Lead-acid batteries last about 2 to 5 years

Q: Can I expand the system later?

A: The answer is positive. This system is modular and it is possible to start using it from a small segment and increase the capacity as required.

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Products parameter

 

Model

GH12V1.2KW

GH24V2Kw

GH24V3KW

GH48V5KW or GHB48V5KW

GH48V5.5KW or GHB48V5.5KW

Input

Input Sources

L+N+PE

Rated Input Voltage

208/220/230/240 VAC

Voltage Range

154-264VAC±3V(APP mode),185-264VAC±3V(UPS mode)

Frequency

50/60 Hz Auto Adaptive

OutPut

Rated Capacity 1000W

2000W

3000W

5000W

5500W

Output Voltage

208/220/230/240VAC±5%

Output Frequency

50/60 Hz±0.1%

Wave Form

Pure Sine Wave

Transfer Time

Computer mode(UPS mode)10ms,Applicance(APP mode)20ms

Peak Power 2000VA

4000VA

6000VA

10000VA

11000VA

Over Load Ability

Battery Mode:1min@102%-110%Load

10s@110%-130%Load 3s@130%-150%Load 200ms@>150%Load

peak Efficiency

>93%

>93%

>94%

>94%

>94%

Battery

Battery Voltage

12Vdc

24Vdc

24Vdc

48Vdc

48Vdc

Constant Charing tage(adjustable)

14.1Vdc

28.2Vdc

28.2Vdc

56.4Vdc

56.4Vdc

Floated Charin

Voltage(adjustable)

13.5Vdc

27Vdc

27Vdc

54Vdc

54Vdc

Chargers

PV Charge Mode

PWM

PWM

MPPT

MPPT

MPPT

Max Input Power

600W

1200W

3000W

6000W

6000W

MPPT Tracking Range

N/A

N/A

30-115Vdc

120-430Vdc

120-430Vdc

Max PV input voltage

55Vdc

80Vdc

145Vdc

450Vdc

450Vdc

Boetopen Gicuit

15-30V

30-32V

70-110V

370-430V

370-430V

Best Voltage

15V

30V

60-90V

300-340V

300-340V

MurepvtCharging

50A

50A

60A

100A

100A

cufecCharging

50A

50A

60A

100A

100A

Max Charging

100A

100A

120A

100A

100A

Display

LCD Display

Display Running Mode/Loads/Input/Output,etc.

Interface

Rs232

5PIN/Pitch 2.0mm,Baud Rate 2400

Communication Port

2×5PIN/Pitch 2.54mm,lithium battery BMS communication card,WIFl card,Dry contact card

Parallel Function

WithoutParallel

GHB48V5KW/5.5KWwith Parallel

Enviroments

Operate Temperature

0-40℃

Humidity

20%-95%(Non-condensing)

Storage Temperature

-15-60℃

Altitude

Altitude not over 1000m,derating over1000m,max4000m,refer to IEC62040

Noise

≤50db