Off-grid solar system
The 5 Main Parts Of An Off-Grid System(Battery solar system)
- Battery Inverter/charger or Multi-mode hybrid inverter,
- Solar inverter (AC) or MPPT Solar charge controllers (DC),
- Battery bank,
- Solar panels,
- Generator (Optional).
AC coupled off-grid system - Well suited for modern off-grid homes and businesses
DC coupled off-grid system - The most versatile and modular off-grid configuration
-
25kw off grid solar panel kit system with 25kwh 50kwh Lithium battery
25kw solar panel kit, including mainly:
550w solar panel:40pcs
Growatt 5000es:5pcs
48v 200ah Lithium Battery:5pcs
Roof or ground solar mounting :1 set
And other pv accessorries.
With an average of four hours of sunlight per day, the amount of electricity produced per year can be 25696-32120kwh. The 4pcs of LiFePO4 batteries store 48kwh , which is for using without sun.(The design can be changed according to your actually usage of the electricity).
-
20kw off grid solar panel system with 20kwh Lithium battery
20kw solar panel kit, including mainly:
550w solar panel:40pcs
Growatt 5000es:4pcs
48v 200ah Lithium Battery:4pcs
Roof or ground solar mounting :1 set
And other pv accessorries.
With an average of four hours of sunlight per day, the amount of electricity produced per year can be 25696-32120kwh. The 4pcs of LiFePO4 batteries store 38.4kwh , which is for using without sun.(The design can be changed according to your actually usage of the electricity).
-
Complete Set Solar Energy System 5000w house Hybrid Solar System 5KW off grid Solar Power System
1. Save more money with net metering
Your solar panels will often generate more electricity than what you are capable of consuming.
With net metering, homeowners can put this excess electricity onto the utility grid.Instead of storing it themselves with batteries
2. The utility grid is a virtual battery
The electric power grid is in many ways also a batteryWithout the need for maintenance or replacements,and with much better efficiency rates.
In other words,more electricity goes to waste with conventional battery systems
-
10kw off grid solar panel system for home
1. Save more money with net metering
Your solar panels will often generate more electricity than what you are capable of consuming.
With net metering, homeowners can put this excess electricity onto the utility grid.Instead of storing it themselves with batteries
2. The utility grid is a virtual battery
The electric power grid is in many ways also a batteryWithout the need for maintenance or replacements,and with much better efficiency rates.
In other words,more electricity goes to waste with conventional battery systems
-
500kw-1mw off grid Hybrid solar panel system
Solar Power Solution What can we provide:
1. 700W Tier one Jinko Solar Panel
2. Atess 630kw hybrid inverter
3.1PCS ATESS PBD250 solar controlller
4. 500kw or 1MW Lithium or opzv Battery
5. PV Cable
6. Solar mounting system
We can provide the free design for your system. But w e need nore information.
Key considerations when sizing solar systems
- Daily average energy consumption (kWh) – Summer and winter
- Peak load (kW) – The maximum power drawn from loads
- Average continuous load (kW)
- Solar exposure – Location, climate, orientation & shading
- Backup power options – During poor weather or shutdown
With the above considerations in mind, the key component of an off-grid power system is the main battery inverter-charger often referred to as a multi-mode inverter as they can usually operate in both off-grid or on-grid modes.
A solar professional should be able to put together what is known as a load table to help determine which type and size inverter is best suited to your individual needs. A detailed load table is also required to size the solar array, battery and backup generator.
-
Solar Power Plant 100-500KW
Solar Power Solution What can we provide:
1. 700W Tier one Jinko Solar Panel
2.2PCS Atess 630kw hybrid inverter
3.4PCS ATESS PBD250 solar controlller
4. 1MW OR 1.5 MW Lithium or opzv Battery
5. PV Cable
6. Solar mounting system
We can provide the free design for your system. But w e need nore information.
Key considerations when sizing solar systems
- Daily average energy consumption (kWh) – Summer and winter
- Peak load (kW) – The maximum power drawn from loads
- Average continuous load (kW)
- Solar exposure – Location, climate, orientation & shading
- Backup power options – During poor weather or shutdown
With the above considerations in mind, the key component of an off-grid power system is the main battery inverter-charger often referred to as a multi-mode inverter as they can usually operate in both off-grid or on-grid modes.
A solar professional should be able to put together what is known as a load table to help determine which type and size inverter is best suited to your individual needs. A detailed load table is also required to size the solar array, battery and backup generator.
-
12kw 15kw 20kw 25kw Off grid solar system with Battery Inverter
Key considerations when sizing off-grid solar systems
- Daily average energy consumption (kWh) – Summer and winter
- Peak load (kW) – The maximum power drawn from loads
- Average continuous load (kW)
- Solar exposure – Location, climate, orientation & shading
- Backup power options – During poor weather or shutdown
With the above considerations in mind, the key component of an off-grid power system is the main battery inverter-charger often referred to as a multi-mode inverter as they can usually operate in both off-grid or on-grid modes.
A solar professional should be able to put together what is known as a load table to help determine which type and size inverter is best suited to your individual needs. A detailed load table is also required to size the solar array, battery and backup generator.
-
3kw 5kw 10kw Off grid hybrid solar system
Key considerations when sizing off-grid solar systems
- Daily average energy consumption (kWh) – Summer and winter
- Peak load (kW) – The maximum power drawn from loads
- Average continuous load (kW)
- Solar exposure – Location, climate, orientation & shading
- Backup power options – During poor weather or shutdown
With the above considerations in mind, the key component of an off-grid power system is the main battery inverter-charger often referred to as a multi-mode inverter as they can usually operate in both off-grid or on-grid modes.
A solar professional should be able to put together what is known as a load table to help determine which type and size inverter is best suited to your individual needs. A detailed load table is also required to size the solar array, battery and backup generator.
-
Off grid hybrid solar system
The electric power grid is in many ways also a battery
Without the need for maintenance or replacements,and with much better efficiency rates.
In other words,more electricity goes to waste with conventional battery systems