High Efficiency
Smart Monitoring
Easy Installation

High Efficiency
Smart Monitoring
Easy Installation




A solar inverter converts DC to AC efficiently, maximizing the energy output from your solar panels.
Generate your own electricity and cut down on utility bills, protecting yourself from rising energy costs.
Reduce your carbon footprint by using clean, renewable solar energy instead of fossil fuels.
Solar installations make your home more attractive to buyers, boosting its market value.

A solar inverter converts DC to AC efficiently, maximizing the energy output from your solar panels.

Generate your own electricity and cut down on utility bills, protecting yourself from rising energy costs.

Reduce your carbon footprint by using clean, renewable solar energy instead of fossil fuels.

Solar installations make your home more attractive to buyers, boosting its market value.
The most common Solar PV setup is the String configuration. In this method, panels are wired in series, connected end-to-end, forming a "string." The system's performance is limited by the weakest panel in the series.
For different PV array sizes, the setup can include a single string powering the system or multiple strings converging into one inverter.


The most common Solar PV setup is the String configuration. In this method, panels are wired in series, connected end-to-end, forming a "string." The system's performance is limited by the weakest panel in the series.
For different PV array sizes, the setup can include a single string powering the system or multiple strings converging into one inverter.

As UK's upcoming provider of residential solar energy and battery storage, Green Guardian proudly meets your energy needs with advanced solar inverters, customised solar and storage plans, and professional installation.



As UK's upcoming provider of residential solar energy and battery storage, Green Guardian proudly meets your energy needs with advanced solar inverters, customised solar and storage plans, and professional installation.
Selecting the right inverter is crucial for your solar installation. If your roof experiences shading or if you want to maximize energy output, an optimized system is essential. For a south-facing roof with no shading, a string or hybrid inverter is ideal.
The primary distinction between AC (alternating current) and DC (direct current) lies in the direction of electron flow. DC flows steadily in one direction, while AC constantly changes direction. In the UK, AC is used in all domestic and commercial properties. Solar PV modules generate DC, which must be converted to AC for home use, necessitating an inverter.
The size of the inverter you need depends on the size of your solar array. Typically, the inverter size is determined by calculating the kilowatt-peak (kWp) of your solar array. For example, 10 panels rated at 430 watts each would create a 4.3 kWp system, meaning a 4 kWp inverter would suffice. Due to the UK's weather and seasonal low light, it's uncommon for panels to reach their maximum output consistently. If you have ideal conditions, you might opt for a slightly larger inverter to accommodate extra generation. Contact Green Guardians for a personalized assessment.
Selecting the right inverter is crucial for your solar installation. If your roof experiences shading or if you want to maximize energy output, an optimized system is essential. For a south-facing roof with no shading, a string or hybrid inverter is ideal.
The primary distinction between AC (alternating current) and DC (direct current) lies in the direction of electron flow. DC flows steadily in one direction, while AC constantly changes direction. In the UK, AC is used in all domestic and commercial properties. Solar PV modules generate DC, which must be converted to AC for home use, necessitating an inverter.
The size of the inverter you need depends on the size of your solar array. Typically, the inverter size is determined by calculating the kilowatt-peak (kWp) of your solar array. For example, 10 panels rated at 430 watts each would create a 4.3 kWp system, meaning a 4 kWp inverter would suffice. Due to the UK's weather and seasonal low light, it's uncommon for panels to reach their maximum output consistently. If you have ideal conditions, you might opt for a slightly larger inverter to accommodate extra generation. Contact Green Guardians for a personalized assessment.
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