Solar Inverter Installation
Why do you need an Inverter for Solar Panels?
An inverter forms a core part of a solar system installation - it helps to convert the direct current (DC) electricity generated from your solar panels into an alternating current (AC) which can then be used in the correct format to power your home or business. If you don’t install an inverter you would basically have a missing link in the chain as you wouldn’t be able to convert the energy generated into a useable format. This makes a solar energy inverter a crucial component of any system to operate effectively. You could describe a solar inverter as the brains of the system by allowing you to convert direct to alternating current, ensuring your system is operating safely and its maximum output and providing key information on the performance of your system.
TYPES OF SOLAR INVERTERS
5.5kw Solar Inverter
The 5.5kW solar inverter that we utilise is sourced from one of our local suppliers. This inverter is designed with a pure sine wave output which helps contribute to the overall efficiency and flexibility whilst ensuring a stable power supply. The rated power supply is between 2kW to 5.5kW, allowing homeowners to maximise their solar energy usage by supporting both self consumption and feed-in to the grid solutions. One of the very clever features of this solar inverter is that it comes with a programmable supply priority, giving users control over whether energy is drawn from solar panels, batteries, or the grid. With real-time monitoring via a WiFi kit and software, users can track their energy production and consumption effortlessly.
10.2kW Solar Inverter
The 10.2kW solar inverter is a higher performing solution designed for both grid-tied and off-grid solar energy systems. This inverter is also designed with a pure sine wave output which helps contribute to the overall efficiency and flexibility whilst ensuring a stable power supply. One of the primary features that differentiates this solar inverter is it’s ability to operate without a battery. It’s important like with any piece of equipment to keep it clean to keep the system operating at peak performance, when it comes to this inverter one of the main benefits is the built in anti dust kit, allowing it to operate perfectly even in harsher conditions. With any piece of technology its vital to keep up to date and move with the times, one thing that really makes this stand out is that users can benefit from WIFI connectivity for IOS and Android, meaning that the system can provide real-time monitoring and system control.
Solar Inverter Maintenance and Repairs
Your solar inverter forms a core part of the overall setup of your system - it’s important to keep this operating at its optimal best to ensure you can get the greatest energy returns through the system. We can provide both maintenance and repairs services to ensure your systems runs smoothly throughout the year. Over time, it’s possible for your inverter to experience wear and tear issues or loss of energy efficiency - if these sorts of things do start to happen our experience team can diagnose the issues and either carry out the solar repair or recommend the best approach. By scheduling regular maintenance checkups this can often identify potential issues before they lead to system downtime or costly replacements.
How does a Solar Inverter Synchronise with the Grid
One of the main talking points around this topic is grid synchronisation - which refers to the process of establishing a connecting between a solar energy system and the main electrical power grid. Solar inverters synchronise with the grid by constantly tracking the grid’s voltage, frequency, and phase. Using advanced internal sensors and algorithms, the inverter fine-tunes its output to align perfectly with the grid’s waveform. This ensures that the solar power it produces can be safely exported without causing instability or backflow issues. Synchronisation must be precise to prevent damage to appliances or disruptions to the utility network. Some systems use visual indicators or automated digital tools to confirm alignment. Once matched, the inverter operates in harmony with the grid, allowing for power sharing, export limiting, and seamless transitions.
How to Connect Solar Panels to Inverter and Battery
To connect solar panels to an inverter and battery, the panels are first linked in series or parallel, depending on the system design, and then connected to a solar charge controller. The charge controller regulates the voltage and current from the panels to safely charge the battery bank. From the battery, DC power flows to the inverter, which converts it into AC power for household use. Proper wiring, fuse protection, and grounding are essential for safety and efficiency. Battery type and capacity must be compatible with both the charge controller and inverter. A qualified installer will ensure all components are correctly sized and connected for optimal system performance. Monitoring devices can be added to track power generation, consumption, and battery levels in real-time. Regular maintenance can also further enhance reliability and extend system life.
Frequently Asked Questions
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When deciding on the type of inverter to choose there are multiple factors that should be considered which can influence your decision. The first and possibly most straight-forward is your system size, ensuring that your inverter can handle the energy output. The type of system you decide on such as off-grid, hybrid or grid-tied inverters can also influence this decision. We understand there is a-lot to it - so get in contact with Eagle Eye Solar and we can help you walk through the process.
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An off-grid solar energy inverter is one which is not connected to the main power grid - this effectively means that you are completely independent and self-sufficient and all the power you require needs to be generated through the solar panels. These types of systems will be paired with some form of battery storage which allows you to store the excess energy generated to be used at a later stage when required.
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When considering where to install your solar inverter - you should take into account factors such as ventilation, weather, accessibility and electrical access. It’s best practice to not place the inverter in direct sunlight like you would with your solar panels as this can effect the performance and may cause issues. Some of the most common places are either in your garage as there is often lots of excess space or tucked away within a cupboard enclosure close to your DV board which allows for a more efficient connection.