Things To Know When You Install 13kW Solar System in Perth

One of the most popular and highly recommended among the top residential and commercial solar systems is 13kW solar system in Perth. Once you’ve made the decision to purchase a commercial solar system, the 13kW system will assist you in reducing your monthly electricity costs. It will support further growth in your business’s profit margin.

What Is A 13kW Solar System?

A strong and effective solar energy solution that can provide the majority of homes with electricity is the 13kW solar system. It is a well-liked option for businesses that wish to take advantage of renewable energy sources and lessen their reliance on conventional energy sources.

The system is made up of premium solar panels that are mounted on your roof to collect sunlight and turn it into electrical power. The inverter that powers your home is attached to your solar panels and transforms the DC power they produce into AC power. Batteries are used to store any extra power that the system produces. It is simple to install on any kind of surface, whether it is level or slanted.

The 13kW solar system has a flawless finish and appearance thanks to the monocrystalline solar panels. The superior photovoltaic cells have increased efficiency in harnessing sunlight. Along with having a long lifespan, premium solar PV cells also offer fast energy conversion rates. It is produced in compliance with the Clean Energy Council‘s (CEC) requirements.

Specifications of A 13kW Solar System

It is advised to use a 10kW solar inverter with a 13kW solar system. Suppose you connect a 13kW solar array with a solar inverter of the same capacity. However, the temperatures are high, and generation is reduced. As a result, your solar panel can only produce 10kW. In this case, the DC input from the panels is smaller than the inverter’s output. This difference lowers the overall generation.

To compensate for this, some inverter manufacturers allow you to overload your device, that is, connect a larger capacity array. For example, you might incorporate a 13kW solar system with a 10kW inverter. In this way, the DC electricity produced by the solar panels will eventually approach the inverter output.

Make sure the solar inverter you choose is the right size for your system. A properly sized inverter will guarantee that your solar system runs smoothly and can adequately manage high loads.

An off-grid solar panel system will require a larger battery, which can be anywhere between 10 and 50kWh. Longer days of energy independence are possible for the consumer with larger batteries. The specifications for your solar power system are ultimately determined by one factor: the size of your property.

Is It Eligible for a Feed-in Tariff?

New solar installations in Perth, WA with a system size over 5kW inverter capacity are not eligible for a feed-in tariff. This means you won’t be financially compensated for the excess energy you export to the grid.

This regulation has financial implications, as the excess energy you export to the grid won’t provide any monetary return, making it crucial to maximize your self-consumption.

Export Limit to 1.5kW and How It Works

The maximum quantity of energy that your solar system may transmit into the grid is known as the “solar export limit” by your local electricity supplier. Power surges and other problems occur because a significant amount of energy is exported to the grid. Furthermore, there is a decline in the electricity’s quality. In addition, because many electricity lines are outdated and have been for a long time, power outages are also common. Thus, the solar export cap is established to prevent these problems.

The export limit for a 13kW solar system in Perth is around 1.5kW; therefore, it is not possible to exceed this limit and sell or transmit power into the grid. People are usually unaffected by the limit during normal hours, but during peak energy hours, it has a noticeable impact.

The middle of the day or the afternoon, when energy output is at its highest but consumption is at its lowest, is referred to as the “peak energy hours.” Due to the limit, you are unable to export the entire excess energy during this time, which results in significant energy waste.

A good strategy to get over the solar export cap is to use more energy for yourself. Ideally, you should raise it during the hours when your solar system produces the most electricity.

Installing a solar battery is a further method of getting around restrictions on solar export. Because the battery saves extra energy for use at a later time during peak hours. You have complete control over the power you create and may optimize your savings with the help of the solar battery.

The Role of Consumption Meters

A consumption meter is necessary to make sure local laws are followed and to manage the amount of energy sent to the grid. The energy consumption of your home is measured by this meter.

With the aid of the consumption meter, you can keep an eye on how much energy you use and make sure that the 1.5kW export limit is not exceeded by solar energy surplus.

Online Monitoring for a 13kW Solar System in Perth

Online monitoring for a 13kW solar system is a crucial component that combines hardware, an internet connection, and software to keep an eye on the system’s performance. This hardware is directly connected to the solar array and extracts valuable data from the inverters. The software, which can be accessed through a phone app or web portal, empowers users with an array of benefits.

Online monitoring for a 13kW solar system can:

  • Provide real-time insights into the performance of solar panels, ensuring you have up-to-the-minute information on energy production and consumption.
  • Instantly alert users to potential system issues or irregularities, allowing for prompt attention and maintenance.
  • You can export data to calculate and understand your load demand and system production, based on this you can consider when to buy battery, EV car or heat pump.
  • Offer valuable troubleshooting guidance, helping users identify and address any technical problems swiftly and efficiently.
  • Utilize the Internet of Things (IoT) to transmit analyzed data to a mobile application, making it convenient to track and manage your system’s performance on the go.
  • Enable users to feed excess electricity back into smart grids, potentially earning money for the surplus energy generated.
  • Allow users to check the status and performance of their 13kW solar system from anywhere using a smartphone or other smart device, ensuring complete control and peace of mind.

Why Choose a 13kW Solar System?

Because a 13kW solar system can supply enough power to cover the energy needs of most families, it is one of the best options available. Large residences with high energy consumption levels can benefit from this solar system, which can lessen your reliance on conventional energy sources and give you energy independence. You won’t have to worry about running out of electricity to power all of your appliances, electronics, and lighting with a 13kW solar system.

A 13kW solar system’s ability to supply enough power to cover most houses’ energy needs is one of its main advantages. This solar system is appropriate for large, energy-hungry residences. by enabling you to lessen your reliance on conventional energy sources and achieve energy independence. You won’t have to worry about running out of electricity to power all of your appliances, electronics, and lighting with a 13kW solar system.

The fact that a 13kW solar system is an environmentally responsible and sustainable choice that lowers carbon emissions and promotes a more sustainable future is another advantage of using one. You can lessen your environmental effects and contribute to the development of a more sustainable future by selecting a solar system.

How Much Money Will You Save With A 13kW Solar Power System?

Installing a 13kW solar system could result in lower electricity costs for you. The system will pay for itself as soon as the grid connection is made and start making money for you.

A 13kW solar power system can produce about 48kW on average per day, assuming that you pay 25 to 30 cents for each kilowatt-hour of electricity that you use from the grid. Using this method would enable you to save about $7 daily.

Every year, a 13kW system would save $14 x 365 = $5100. In less than three years, your system will be free, according to this. You would be saving the earth if you choose more environmentally friendly energy.

It’s crucial to remember that a solar power system’s energy output might change based on a number of variables, including the time of day, the weather, and the shade that the solar panels receive. But you may achieve this by installing premium solar panels in a spot that gets the most sunshine possible. You can maximize the quantity of electricity that your solar power system produces.

You can produce enough electricity to run a large, high-energy-consuming home with a 13kW solar power system. This solar system is appropriate for multi-person homes. Additionally, for houses that include equipment like pool pumps, electric hot water heaters, and air conditioners.

The following variables influence how much energy is produced:

  • Geographical location
  • Alignment and tilt angle
  • Local weather and climatic conditions
  • Amount of shading
  • Efficiency of inverters
  • Age of the solar panels
  • Performance measurements of solar panels and other components

Which Customers Can Consider Installing a Bigger System?

A 13kW solar power system or other bigger systems offers advantages that can be utilized by various commercial spaces. These consist of:

  • Small and large factories
  • Large scale commercial projects
  • Commercial properties
  • Investment properties
  • Schools, universities and colleges

Futureproofing with a Battery System

A hybrid solar system, when integrated with a 13kW solar installation, combines solar panels, an inverter, and a battery storage system. This configuration offers several significant advantages for homeowners and businesses alike, making it a smart choice for those looking to maximize the benefits of their solar investment.

Advantages of a Hybrid System:

  • Enhanced self-sufficiency, particularly during power outages.
  • Increased energy independence, reducing reliance on grid power.
  • Storage of excess energy for nighttime or cloudy days when adding the battery.
  • Potential to offset your entire energy bill.

Final Thoughts on A 13kW Solar System in Perth

A 13kW solar system in Perth is a highly efficient and cost-effective solution for both residential and commercial spaces, offering energy independence and significant savings. Online monitoring, along with the ability to integrate a hybrid system, provides users with the tools to optimize performance and enhance sustainability. Whether you’re looking to reduce your carbon footprint, increase energy self-sufficiency, or invest in a future-proof energy solution, a 13kW solar system offers a wide range of benefits for a brighter and more sustainable future.