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In recent times, Australians have been trying to adapt to the economic climate in Australia that is burdened by a persistent cost of living crisis. Everyday expenses, from grocery bills to energy costs, are escalating, outpacing the sluggish wage growth that plagues many workers across the nation. The compounded pressures of global events like the war in Ukraine and ongoing supply chain disruptions continue to drive up prices, further straining household budgets. Additionally, concerns about the country’s lagging productivity hint at deeper economic issues that could prolong this financial squeeze.

Amidst these economic uncertainties, solar power is a resilient investment. Solar energy gives homeowners a hedge against rising energy costs and a golden opportunity to enhance their home’s efficiency and value. In this context, investing in solar is not merely a matter of environmental consciousness but a strategic financial decision.

As utility bills rise and the public seeks sustainable solutions, solar energy stands out as a smart, future-proof asset that can provide massive relief during these trying times. Get to know why solar power is a no-regret investment even amid Australia’s cost of living crisis, and how it can be the silver lining for those looking to mitigate financial pressures.

The Growing Mandate for Solar in Home Construction

The Growing Mandate for Solar in Home Construction

In response to environmental concerns and the escalating cost of living, regulations around new home constructions in Victoria have changed. The state now mandates that new homes must achieve at least a 7 out of 10 stars rating on the Nationwide House Energy Rating Scheme (NatHERS), an upgrade from the previous requirement of 6 stars. This means a commitment to higher energy efficiency standards and sets a clear path for integrating solar technology into modern housing developments.

Understanding the NatHERS Ratings

The NatHERS provides a star rating from zero to ten based on the energy efficiency of a home’s design, considering the layout, construction materials, and the heating, cooling, and lighting needs that are likely to be required. The more stars, the less energy the home requires for heating and cooling, which translates to lower energy bills and a smaller carbon footprint.

Implications for Existing Homes and Extensions

For existing homes undergoing extensions or renovations, the new mandate presents a dual challenge and opportunity. Homeowners must now ensure that any extension work complies with the heightened requirements of the NatHERS. This often means integrating energy-saving features such as improved insulation, better window fittings, and crucially, solar panel installations. Although this can increase the upfront cost of home extensions, the long-term savings in energy expenses and the increased value of the property can far outweigh the initial investment.

Fight Back Against Rising Energy Bills

Fight Back Against Rising Energy Bills

The surge in electricity prices has become a formidable aspect of the cost-of-living crisis. As energy costs continue to climb, driven by global energy shortages and local supply issues, the financial strain on ordinary Australians intensifies. However, homeowners have a powerful tool at their disposal to counteract these rising expenses: solar panels.

How Solar Panels Reduce Energy Bills

Solar panels convert sunlight into electricity, which can be used to power your home and, in effect, reduce your dependence on the electricity grid. This direct production of electricity means that for the hours of sunlight your panels harness, you are not paying for electricity from your utility provider. Given the abundant sunshine in many parts of Australia, solar panels can, beyond reasonable doubt, decrease your electricity bills.

Financial Impact of Solar Energy

The financial benefits of installing solar panels can be tremendous. Let’s break down the savings:

Initial Setup and Long-Term Savings

The average cost of installing a basic 3-4 kW solar system ranges from $4,500 to $6,000. With electricity prices averaging around 25 cents per kWh and higher in many parts of the country, a typical Australian household consumes about 20 kWh per day. By producing approximately 12-16 kWh per day, a 3-4 kW system covers 60%-80% of daily electricity use.

Return on Investment (ROI)

With the reduction in energy bills, the ROI period for solar panels is currently estimated at about 3-5 years. After this period, the savings are effectively money in your pocket. For instance, if you save $100 on electricity bills per month, you save $1,200 annually. Over ten years, this accumulates to $12,000, assuming electricity prices don’t rise, which they are likely to do.

Protection Against Price Hikes

As electricity costs are projected to continue rising, the savings potential of solar panels also increases. This shields you from future price hikes—a kind of financial protection that becomes more valuable as energy prices escalate.

Illustration

Consider the case of a typical Melbourne family that installed a 4-kW system at the cost of $5,500. The family’s pre-installation electricity bill was approximately $2,200 annually. Post-installation, their energy consumption from the grid halved, leading to an annual electricity bill of about $1,100. Thus, the solar system pays for itself in roughly five years, after which the savings directly contribute to easing the family’s cost of living.

Why Solar Panels Should be Your First Port of Call

Why Solar Panels Should be Your First Port of Call

In the quest to improve home energy efficiency, you will run into different options like insulation, double- or triple-glazing, and solar power installations. However, when weighing the benefits and costs, solar power consistently surpasses the other options for valid reasons:

Why Choose Solar First?

Immediate Reduction in Energy Bills

Solar panels provide a direct reduction in electricity bills by generating power onsite. Unlike insulation or glazing, which passively conserve energy, solar panels actively produce energy and offset more substantial portions of utility costs.

Higher Impact on Energy Independence

By generating your own electricity, solar panels reduce your reliance on the power grid. In contrast, while insulation and glazing improve energy retention, they do not lessen dependence on external energy sources.

Scalability and Flexibility

Solar power systems can be scaled to suit different energy needs and expanded as required. This flexibility is not as easily achieved with insulation or window upgrades once they are installed.

Increase in Property Value

Homes equipped with solar power systems often see a higher increase in property value compared to those with only insulation or upgraded windows. Buyers appreciate the active energy-generating capability of solar-equipped homes.

Comparing ROI: Solar vs. Other Energy Efficiency Measures

Solar Power Systems

  • Cost : Typically ranges between $4,500 to $6,000 for a basic 3-4 kW system.
  • Savings : Can reduce electricity bills by 50% or more, depending on usage patterns and system size.
  • ROI Period : Generally 3-5 years, after which the savings are pure profit.

Insulation

  • Cost : Varies widely based on materials and home size, generally from $1,500 to $5,000.
  • Savings : Reduces heating and cooling costs by about 15-30%.
  • ROI Period : Around 7 years, depending on energy costs and climate.

Double- or Triple-Glazing

  • Cost : Can range from $7,000 to $10,000 or more for an average-sized home.
  • Savings : Typically lowers heating and cooling bills by up to 20%.
  • ROI Period : Can be upwards of 10 years, making it the longest payback period among these options.

Government Incentives Enhancing Solar ROI

Government Incentives Enhancing Solar ROI

The return on investment (ROI) for solar panels is already compelling due to the reductions in energy bills they guarantee. However, when coupled with various government incentives, the financial case for solar becomes even stronger. Federal and state programs in Australia offer benefits that can reduce the upfront costs of solar installations and accelerate the payback period.

Federal Incentives

Small-scale Renewable Energy Scheme (SRES)

Under this scheme, homeowners receive Small-scale Technology Certificates (STCs) when they install eligible small-scale renewable energy systems like solar panels. These certificates can be sold to recoup a portion of the installation cost. The number of certificates received depends on the amount of electricity the system is expected to produce or displace.

State-Specific Incentives

Victoria

The Solar Homes Program is an initiative that offers a rebate of up to $1,400 for solar PV systems for eligible households. Additionally, an interest-free loan matching the rebate amount is also available, which can be repaid over four years. This makes solar power more accessible and affordable for more families, reducing the initial financial barrier.

New South Wales

Through the Empowering Homes Program, NSW residents can apply for interest-free loans to install solar battery systems. Homeowners can get up to $14,000 for a solar PV and battery system, or up to $9,000 for adding a battery to an existing system, with terms of up to 8 years.

Additional Local Incentives

Many local governments also offer additional grants or special terms that incentivise solar adoption. These can include rebates, financial assistance, or streamlined permitting processes, all designed to reduce cost and complexity for homeowners.

Impact of Incentives on ROI

These incentives can dramatically enhance the ROI of solar installations by:

  • Lowering Upfront Costs : Direct rebates and upfront discounts reduce the initial investment needed to install solar systems, making solar energy more accessible to a broader range of households.
  • Spreading Costs Over Time : Interest-free loans allow homeowners to manage the financial burden by spreading the cost over several years, which can be covered by the savings on energy bills.
  • Increasing Long-term Savings : By reducing the net cost of solar systems, these incentives increase the overall savings over the lifetime of the system, often making solar power a profitable investment much sooner.

Economic Impact of Moving Away from Gas

Economic Impact of Moving Away from Gas

In Victoria, there’s a shift underway from gas to electricity as the primary source of home energy that reflects broader environmental goals and economic considerations. This transition is driven by the desire to reduce greenhouse gas emissions and the understanding that electricity, unlike gas, can be sustainably produced through renewable sources such as solar power.

Reasons Behind Victoria’s Push for Electricity

  • Environmental Sustainability : Gas combustion releases CO2 and other pollutants. Switching to electricity, particularly when sourced from renewable energy, can cut household carbon footprints.
  • Future-Proofing Energy Supply : As the global community moves away from fossil fuels, investing in electrical infrastructure and technology ensures that homes remain compatible with future energy grids and standards.
  • Economic Incentives : The Victorian government is introducing rebates for electric appliances like solar heat pumps in late 2024 to make this transition financially attractive for homeowners.

Case Study: Anthony’s Story

To illustrate the practical benefits of moving away from gas, consider the experience of Anthony Kurta, a resident of Melbourne and the Managing Director of Solar Run. Anthony replaced his gas heating system with an electric system powered by a solar heat pump, which was initially more expensive but offered greater long-term savings.

  • Initial Setup : The cost of installing a new electric heat pump system was $4,000, but with state rebates, the effective cost was reduced.
  • Operating Costs : Previously, Anthony’s annual gas bill was approximately $900. After switching to an electric system, this cost dropped to $450—halving his heating expenses.
  • Solar Integration : By integrating his electric heating with a solar PV system, Anthony’s costs were further reduced. Solar panels generated electricity during the day, which powered the heat pump.

Broader Economic Impacts

  • Savings on Household Energy Bills : As demonstrated by Anthony’s example, electric systems, especially when combined with solar power, can offer huge savings compared to traditional gas systems.
  • Increased Demand for Electric Appliances : With more homeowners switching to electric solutions, there’s a growing market for energy-efficient appliances that is driving down prices and improving product availability and technology.
  • Job Creation : The shift towards electric systems and solar energy installations is creating new jobs in manufacturing, installation, and maintenance of these technologies.

Long-Term Benefits

  • Sustainability : Electric systems powered by renewable energy sources like solar are more sustainable in the long term, both environmentally and economically.
  • Energy Independence : Households gain greater independence from non-renewable energy sources, which reduces their vulnerability to global oil and gas market fluctuations.
  • Support for Local Economies : Investments in renewable technologies bolster local economies and support the green energy sector within states.

Conclusion

Solar panels offer a route to sustainable living and act as a financial buffer against the rising cost of electricity. By investing in solar, Australian homeowners can gain a measure of control over their energy costs and turn their rooftops into assets that generate real economic returns year after year. Contact Solar Run today to schedule a consultation with a solar expert or to receive more information and resources on solar incentives in your postcode.

 

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About Anthony

I have been in the solar industry for 15 years. Throughout that time, I've designed and installed for residential and commercial customers alike. I love saving people money, adding real value to peoples homes and helping create a greener future.

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