Upgrading or replacing old solar panels

Upgrading or replacing old solar panels

Solar installations are a fantastic investment, not just for the environment, but also for homeowners’ pockets. But as with all technologies, solar panels evolve, and over time, homeowners might find themselves contemplating an upgrade or replacement of their existing panels.

The Lifecycle of Solar Panels

Every solar panel has an expected lifespan, typically around 25 to 30 years. Over this period, panels may show signs of wear and tear, and their efficiency can gradually decrease. It’s not that they stop working, but they might not generate energy as effectively as they once did.

The end result? A gradual reduction in their efficiency to convert sunlight into electricity. It’s analogous to a car; it might still run after many years, but not as smoothly or efficiently as a newer model.

Why Upgrade or Replace Your Panels?

As solar technology advances and our personal energy needs evolve, there are several compelling reasons homeowners should consider upgrading or replacing their existing solar panels.

  • Improved Efficiency: With ongoing research and development, the solar sector continually innovates. Newer models can often capture sunlight and convert it to electricity more efficiently.
  • Increased Energy Demands: Changes in lifestyle, like purchasing electric vehicles or additions to the family, can mean you require more power than your current system provides leading to increasing energy bills.
  • Wear and Tear: External factors such as severe weather or environmental contaminants can affect panel performance.
  • New Features: Newer panels come equipped with advancements that might have been unheard of just a handful of years ago.

The Right Time for an Upgrade

So, when should you consider an upgrade? Start by assessing the current performance of your panels. Check for visible signs of damage and monitor your electricity production. If your panels are approaching the 20-year mark or if they’re not meeting your energy needs, it might be time to think about a change. Also, consider the financial angle. With the generous rebates available and finance options, upgrading could make both environmental and economic sense.

See if upgrading or replacing your solar panels makes sense

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How the Replacement Process Works

Commencing an upgrade is a seamless experience. The journey begins with a comprehensive evaluation that takes into account your home’s energy habits, roof configuration, and specific requirements. Based on this assessment, a tailored recommendation of the best-fit brands and models is provided, ensuring you get the most out of your renewed solar system.

The actual transition comprises several key steps:

  1. Disassembly of Old System: Our team begins by carefully dismantling the existing solar panels, ensuring your property remains pristine and undamaged. The old inverter, often the heart of your solar system, is also uninstalled, taking into consideration its integration with your home’s electrical system.
  2. Evaluation of Battery System: If you already have a battery system in place, its compatibility with the new panels and inverter will be assessed. Depending on its age and efficiency, homeowners may choose to retain, upgrade, or add a new battery to the system to further harness solar energy, especially during peak periods or outages.
  3. Installation of New Panels: The brand-new panels, selected based on your unique needs, are then methodically installed. They’re positioned to capture the abundant Australian sunlight optimally, ensuring a boost in energy production.
  4. Inverter Assessment and Integration: The existing inverter is examined to determine its compatibility with the new panels. If it aligns with the specifications and performance demands of the new system, it will be retained and integrated seamlessly. Otherwise, a new, more compatible inverter is installed. This not only ensures efficient energy conversion but may also offer enhanced monitoring capabilities, providing real-time insights into your system’s performance.
  5. Integration and Testing: Once all components are in place, the system is interconnected, ensuring seamless energy flow. Rigorous testing is conducted to verify that everything is operational, and the solar system is efficiently converting sunlight into electricity.

With these steps complete, homeowners can relish the benefits of a state-of-the-art solar system.

In Conclusion

Staying updated in the world of solar technology ensures you’re maximising the benefits of your solar investment. As our energy needs change and technology advances, it’s reassuring to know there are options to keep our solar systems at peak performance.

See if upgrading or replacing your solar panels makes sense

Get a quote

If you’re considering an upgrade or simply want an assessment of your current system, reach out to Arkana Energy. Our team is on hand to provide a free assessment of your current solar system and offer a quote to enhance it, ensuring you’re harnessing the sun’s power to its fullest potential.