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HMK PLUS
Hinvert
3500W
230 VAC
170-280 VAC (For Personal Computers) /90-280 VAC (For Home Appliances)
50 Hz/60 Hz (Auto sensing)
7000VA
10 ms (For Personal Computers) ; 20 ms (For Home Appliances)
single output
Pure sine wave
24 VDC
YES
4000W
120A
98%
|
| |
It is designed for solar applications in off-grid and backup power systems, along with appropriate solar panels and batteries, providing a solution that will help you save money, keep your home safe, and reduce your carbon footprint.
Residential Off-Grid Application Scenario:
In this particular situation, the Off Grid Solar Inverter is mainly created for residential purposes, providing a dependable and sustainable power solution in places where the electrical grid is not accessible or unreliable. It is an excellent option for homeowners who desire to be energy independent while reducing their impact on the environment. The Off Grid Solar Inverter seamlessly combines with solar panels, battery banks, and other renewable energy sources, transforming the collected solar energy into usable electricity for various household appliances and devices. With its advanced power management abilities, this inverter ensures a steady and uninterrupted power supply, allowing homeowners to enjoy the conveniences of modern life even in remote areas or during power failures.
Off-Grid Solar Inverters are widely used in commercial settings where businesses operate in remote areas or need backup power when the utility fails. This is especially useful for places like remote resorts, research stations, telecommunication towers, and agricultural operations. The Off-Grid Solar Inverter efficiently captures solar energy to provide a reliable and sustainable power supply for important operations and equipment. It can seamlessly switch between solar power and battery backup, ensuring uninterrupted functionality and allowing businesses to operate without relying on the grid. Additionally, the inverter's intelligent power management system optimizes energy usage and reduces waste, leading to significant cost savings and a smaller environmental footprint.
In most off-grid solar systems, Hinvert inverter/charger integrated with MPPT (Maximum Power Point Tracking) solar charge controller is the central energy management unit. Its primary job is to supply ‘pure sine wave’ AC power, and it must be able to meet the power requirements of the appliances under all conditions. In addition, the inverter/charger regulates the battery charging and monitors energy flow from solar array or backup generators.
Appliances in a home operate on AC current. Solar array generates DC current. A solar charge controller regulates DC power from solar arrays to charge the batteries. Batteries function as the “bank” where excess renewable energy is deposited and then later withdrawn when needed. An inverter is required to convert DC current from the renewable source to usable AC current for appliance and other home powering needs.
Because there is variability in the renewable source, a generator is often incorporated into the system to charge batteries when needed. As the output of most generators is AC, an AC charger is needed to convert AC to DC for the purpose of charging the batteries. Essentially, a Hinvert Power off-grid solar inverter will regulate PV generation, convert power from DC to AC for consumption and AC to DC for charging.
It is designed for solar applications in off-grid and backup power systems, along with appropriate solar panels and batteries, providing a solution that will help you save money, keep your home safe, and reduce your carbon footprint.
Residential Off-Grid Application Scenario:
In this particular situation, the Off Grid Solar Inverter is mainly created for residential purposes, providing a dependable and sustainable power solution in places where the electrical grid is not accessible or unreliable. It is an excellent option for homeowners who desire to be energy independent while reducing their impact on the environment. The Off Grid Solar Inverter seamlessly combines with solar panels, battery banks, and other renewable energy sources, transforming the collected solar energy into usable electricity for various household appliances and devices. With its advanced power management abilities, this inverter ensures a steady and uninterrupted power supply, allowing homeowners to enjoy the conveniences of modern life even in remote areas or during power failures.
Off-Grid Solar Inverters are widely used in commercial settings where businesses operate in remote areas or need backup power when the utility fails. This is especially useful for places like remote resorts, research stations, telecommunication towers, and agricultural operations. The Off-Grid Solar Inverter efficiently captures solar energy to provide a reliable and sustainable power supply for important operations and equipment. It can seamlessly switch between solar power and battery backup, ensuring uninterrupted functionality and allowing businesses to operate without relying on the grid. Additionally, the inverter's intelligent power management system optimizes energy usage and reduces waste, leading to significant cost savings and a smaller environmental footprint.
In most off-grid solar systems, Hinvert inverter/charger integrated with MPPT (Maximum Power Point Tracking) solar charge controller is the central energy management unit. Its primary job is to supply ‘pure sine wave’ AC power, and it must be able to meet the power requirements of the appliances under all conditions. In addition, the inverter/charger regulates the battery charging and monitors energy flow from solar array or backup generators.
Appliances in a home operate on AC current. Solar array generates DC current. A solar charge controller regulates DC power from solar arrays to charge the batteries. Batteries function as the “bank” where excess renewable energy is deposited and then later withdrawn when needed. An inverter is required to convert DC current from the renewable source to usable AC current for appliance and other home powering needs.
Because there is variability in the renewable source, a generator is often incorporated into the system to charge batteries when needed. As the output of most generators is AC, an AC charger is needed to convert AC to DC for the purpose of charging the batteries. Essentially, a Hinvert Power off-grid solar inverter will regulate PV generation, convert power from DC to AC for consumption and AC to DC for charging.
