Victoria’s solar industry is bracing for a major shift as the state’s feed-in tariff (FiT) is set to drop to its lowest level in Australia from July 1, 2025. The projected flat rate FiT is set to reduce from 3.3 c/kWh to a mere 0.04 c/kWh. The Essential Services Commission (ESC) is set to announce a significant reduction in the minimum FiT, a move that is expected to have widespread implications for solar panel owners and prospective investors in renewable energy.

What is a feed-in tariff?

The feed-in tariff is the rate solar system owners receive for exporting excess electricity to the grid. Designed as an incentive to encourage the adoption of solar power, FiTs have historically helped households and businesses reduce payback periods on their solar investments. However, declining wholesale electricity prices and shifts in energy policy have led to ongoing reductions in these tariffs.

The new Victorian feed-in tariff

The proposal by the ESC has set the new minimum single-rate FiT at just 0.04 cents per kilowatt-hour (c/kWh)—a sharp decline from the current rate of 3.3 c/kWh. This change makes Victoria’s FiT the lowest in the country, trailing behind other states where rates range between 5 and 10 c/kWh depending on providers and energy market conditions. The ESC is set to confirm the reduction with the release of its 2025/2026 report on February 28, 2025.

Why is the FiT being reduced?

There are several reasons behind this cut:

• Lower wholesale electricity prices – The value of electricity during daylight hours has decreased due to increased solar generation across the grid.
• Grid stability concerns – High levels of solar exports during peak sunshine hours can sometimes create grid management challenges.
• Shift towards battery storage – The Victorian government is pushing for more households to install batteries, reducing reliance on the grid for excess solar energy storage.

How will this impact solar owners?

For existing solar customers, the reduced FiT means lower returns on exported energy, which may extend the payback period of their solar system. New solar investors might need to rethink system sizes and consider battery storage to maximise self-consumption rather than relying on exporting power to the grid. It is important to note that the projected rate of 0.04 c/kWh is the minimum flat rate for retailers to offer; some retailers may choose to offer higher rates.

What can solar owners do?

To counteract the impact of the lower FiT, Victorian solar households can:

• Maximise self-consumption – Using more solar energy during daylight hours reduces reliance on the grid and increases savings.
• Invest in battery storage – A home battery system allows excess energy to be stored and used later, rather than being sold back to the grid at a low rate.
• Shop around for retailers – Some energy providers offer higher FiTs or bundled incentives that may provide better value.
• Utilise smart energy management – Smart home technology and appliances can help schedule energy usage for maximum efficiency.

The future of solar in Victoria

Despite the FiT reduction, the long-term benefits of solar energy remain compelling. With rising electricity prices and ongoing government incentives for renewable energy adoption, solar power continues to be a smart investment. However, this shift signals a growing need for energy independence strategies, including battery storage and smarter energy use, to maximise the value of solar installations.

Final thoughts

While the reduction in Victoria’s feed-in tariff may be disappointing for some, it reflects the evolving energy landscape. Homeowners and businesses must adapt by focusing on self-consumption, exploring battery solutions, and staying informed about energy policy changes. As the renewable energy sector continues to develop, those who take proactive steps will be best positioned to reap the long-term benefits of solar power.

Make the switch to solar today and start generating your own electricity. Already have solar? Maximise your investment with battery storage. Get FREE quotes today from Energy Matters’ nationwide installer network.

The post Victorian Feed-in Tariff Set to Drop to Lowest in Australia From July 1, 2025 appeared first on Energy Matters.

Media release

The not-for-profit organisation Community Living & Respite Services (CLRS) has completed its fifth ‘Opening Doors Project’, which provides specialist housing for people with disabilities. These new homes also feature donated solar systems, reducing long-term energy costs.

Opening Doors Project

CLRS, accredited to provide disability services in Echuca, Moama, and surrounding districts, is registered with the National Disability Insurance Scheme (NDIS). Over the past decade, the “Opening Doors Project” has built homes for 22 people, offering safe, nurturing environments and professional support to foster independence and community connection.

Long-term CLRS supporter AWM Echuca, along with key donors, provided solar systems for the new homes. Contributions included inverters from GoodWe, solar panels from Jinko, and installation services from Ryan Moorhouse of RGM Electrical. AWM and RGM Electrical also donated the value of the government Small-scale Technology Certificates (STCs) back to CLRS.

Providing access to safe housing

CLRS CEO, Leah Taffe, remarked:
“There is a population of people with disabilities here in Northern Victoria that need access to a safe and secure home environment, along with essential care to progress personal goals and develop skills, increasing independence at home and in the community. Through the generous support of individuals and local businesses, we aim to continue our Opening Doors project in building high-quality, purpose-built homes that are easy to maintain and provide those in need with a home that suits their needs and promotes growth and independence for the best quality of life possible.”

Dean Williamson, GoodWe Australia Country Manager, added:
“GoodWe are passionate about giving back to the community as often as possible and in as many diverse ways as we can. We are thankful to AWM Echuca for the opportunity to support the amazing work of CLRS by making this donation, along with other fantastic support from Jinko Solar and RGM Electrical. We hope to continue to support them through future Opening Doors projects.”

For more information about CLRS and ways to support their work, visit www.clrs.org.au.

The post CLRS Celebrates New Housing for People with Disabilities with Donated Solar Systems appeared first on Energy Matters.

Bushfire efforts thwarted

The wild weather further hampered ongoing efforts to control massive bushfires in western Victoria. A catastrophic fire warning, the highest level of danger, was issued in the Wimmera region, where conditions mirrored those of devastating fires four years ago. Five firefighters sustained minor burns when their vehicle was engulfed by flames.

The post Devastating Storm Plunges Victoria into Power Outages, Hampering Bushfire Fight appeared first on Energy Matters.

Updated on 16 January 2025

2025 is here, and some major updates in the renewable energy sphere are upon us. With some minor and major impacts on home and business owners, let’s look at what the new year has in store for Australians.

Energy Matters TV Show: Your questions answered!

Await the release of the Energy Matters TV show, our brand-new television programme, which will debut this early 2025! 

Energy Matters TV Show is your go-to source for solar expert advice on energy efficiency, sustainability, and renewable energy. Roshan Ramnarain, our CEO of Energy Matters, will share his knowledge of combining stunning home designs with sustainability and helping solar energy savings. 

Have a solar energy question? Submit your video question and get featured on the show!

Federal updates and changes in 2025

The greatest change to impact all Australian homes and small-scale systems is the reduction of the allocation of Small-scale Technology Certificates (STC). As we inch closer to the end of the program in 2030, the number of STCs assigned to each system will diminish. January 1, 2025, ushered in the planned reduction that will see solar systems, battery storage, heat pumps, and other small-scale systems issued with fewer STCs.

What does this mean for homeowners and small-scale systems installed in businesses?

Most individuals or businesses who install small-scale systems assign their STCs to the installer. The installer then applies a discount to the total cost of the system in line with the value of the STCs. A system installed in 2025 will receive fewer certificates than a system installed in 2025.

For instance, a 6.6 kW system that generates 62 STCs in 2024 will only receive about 55 STCs in 2025, translating to a $400–$500 rebate decrease.

Continued federal electric vehicle subsidies

EVs and plug-in hybrid electric vehicles (PHEVs) up to the luxury automobile tax threshold (currently $91,387 for the 2024–2025 fiscal year) might save thousands of dollars a year thanks to this exemption.

News South Wales (NSW) updates in 2025

The $3,000 NSW Electric Vehicle Rebate ended on 31 December 2023. Any EV purchased prior to 1 January 2024, even if awaiting delivery, may still be eligible for the rebate. Applications must be lodged before 30 June 2024. Buying both new and pre-owned electric vehicles below $78,000 are exempt from stamp duty charges.

Incentives for low-income households to install solar, as well as household energy upgrades, are still available in NSW. More information can be found at NSW Climate and Energy Action.

NSW solar battery rebate

Thanks to the rebate, customers can save up to $2,400 on a solar battery or a new solar panel and battery combination. Connecting the battery to a Virtual Power Plant (VPP) can result in an additional $400 rebate. The rebate started on November 1, 2024. 

Check our page for our NSW Battery Rebate Incentives: Save Up To $2400. 

Are you looking to save extra money with your Sungrow, GoodWe, or Tesla Powerwall 2 solar battery installed? Origin and Energy Matters have teamed up to provide customers with an additional way to save and make money! Join Origin Loop VPP as an Origin electricity customer and earn a $200 bonus! Earn $1/kWh during peak demand by letting them draw on your battery-stored solar energy.

Everything Electric NSW

7 – 9 March 2025 | Sydney Showground, 1 Showground Road, Sydney Olympic Park

The world’s premier home energy and electric car expo, Everything Electric, features the newest advancements in home energy and electric transportation technologies. Live theatres, electric vehicle test drives, professional guidance, and family-friendly entertainment are all part of the event.

Tickets: Energy Matters is offering a 20% discount on tickets. Make use of the promo code ENERGYMATTERS at https://bit.ly/40oCsKJ.

Australian Clean Energy Summit 2025

29-30 July 2025 | Sydney

Anyone in the Australian clean energy sector should attend the Clean Energy Council’s premier two-day annual conference, which brings together decision-makers and thought leaders from the government, business, and financial sectors to exchange models, trends, and technological advancements propelling clean energy.

Await programme updates.

Energy Next @AUSIREC 2025

8-9 July 2025 | ICC Sydney

Held on July 8–9, 2025, at the ICC Sydney in Darling Harbour, Energy Next is a free industry event focusing on the newest technology in energy management and renewable energy. It is powered by All-Energy Australia, the nation’s largest clean energy event.

Smart Energy 2025

9-10 April 2025 | ICC Sydney

Held at the International Convention Centre (ICC Sydney) on April 9–10, 2025, “Smart Energy 2025” is a major annual renewable energy conference and expo that showcases the newest innovations and technologies in the field. It is regarded as the largest event of its kind in the nation. It includes a dedicated conference stream on important industry topics, a large number of exhibitors, and expert speakers.

Wednesday, 9 April 2025:

Conference and exhibition open: 8:30 am – 5:00 pm

Thursday, 10 April 2025:

Conference and exhibition open: 8:30 am – 5:00 pm

Victoria (VIC) updates in 2025

As of 1 January 2024, no new residential home builds will be connected to gas. Homes with building permits before this date are exempt. The Victorian Energy Upgrades program will also expand to include induction cooktops. A minimum of a 7-star energy rating will be mandatory for all new homes from May 2024. You can read more about Victoria’s Gas Substitution Roadmap here.

The EV rebate slated to end in May 2024 ended early in June 2023. The $3,000 rebate for all new EVs bought for less than $68,740 ended with a low uptake of the program. Luxury vehicle stamp duty rates do not apply to any Zero Emission Vehicles (ZEVs); instead, they incur a fixed charge of $8.40 for every $200 of market value, irrespective of their buying price.

Solar, hot water systems, battery storage, and other renewables continue to be subsidised or provided loans into 2024. More information can be found at Solar Victoria.

Australia Wind Energy 2025

17-18 July 2025 | MCEC, Melbourne | 9:00 am – 8:00 pm

Meet the complete wind energy value chain at the nation’s largest onshore and offshore wind energy event. By encouraging collaboration at the local, national, and international levels, it seeks to support the development of a new energy economy.

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South Australia (SA) updates in 2025

The Electric Vehicle purchasing subsidy and stamp duty exemption ended on 31 December 2023. The incentive applied to all new electric vehicles priced below $68,750, encompassing the goods and services tax, dealer delivery fees, and accessories. However, it did not cover government fees like registration and mandatory third-party insurance. The ending of the subsidy and exemption will see South Australians paying more for new EVs.

There are no existing or new solar rebates or incentives available in South Australia. Households may be eligible for free or discounted home energy upgrades. Read more about the offers here.

Australian Capital Territory (ACT) updates in 2025

Canberran new and used EV owners will enjoy two years of free vehicle registration until the exemption ends on 30 June 2024 (with the free registration ending 2 years after the date of registration). You can read more about the changes via Access Canberra.

New Zero Emissions Vehicles (ZEV) will continue to benefit from stamp duty exemption until 2030

Queensland (QLD) updates in 2025

Queensland’s Zero Emission Vehicle Rebate Scheme offers qualified residents rebates of up to $6,000 for the purchase of eligible new Zero Emission Vehicles starting from April 21, 2023.

Electric and hybrid vehicles benefit from a 33% reduction in stamp duty, levied at $2 per $100 of the sales value for amounts up to $100,000 and $4 per $100 beyond that threshold. In contrast, higher-emission vehicles face stamp duty of up to $6 per $100.

Western Australia (WA) updates in 2025

The Western Australia ZEV rebate scheme will grant a $3,500 rebate for eligible zero-emission vehicles. This rebate is applicable to 10,000 eligible vehicles licensed in WA or for a period of three years following the announcement on Saturday, May 10, 2025, whichever occurs first.

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Tasmania (TAS) updates in 2025

As of June 2023, there are no rebates or stamp duty exemptions for ZEVs in Tasmania.

Northern Territory (NT) updates in 2025

Until 30 June 2027, Territorians can receive up to $1,500 of stamp duty concessions on new or used electric, fuel-cell, or plug-in hybrid vehicles valued at up to $50,000. New or used plug-in electric vehicles (PEVs) are also eligible for free vehicle registration.

Home and business owners are also eligible for the NT Electric Vehicle Charger (Residential and Business) Grants Scheme which provides $1,000 (residential) and $2,500 (business) grants for the installation of an EV charger. This scheme ends on 30 June 2024.

Don’t let the current rebates and incentives slip away

With rebates and incentives reducing and changing every year, the time to go solar is NOW. Energy Matters can help you choose the best system and installer for your home or business. We connect our customers with local and trusted solar for FREE. You will be provided with up to 3 FREE quotes for solar, batteries and more. Take advantage of current rebates and incentives TODAY!

The post Renewable Energy Updates: All the Changes Coming to Australia in 2025 appeared first on Energy Matters.

Updated on 21 December 2024

Early adopters of solar in Australia reaped the rewards of high feed-in tariffs and generous federal rebates. The solar systems installed were generally very small, often only 1kW – 2kW in size. They also contained the early iterations of solar technology. The former Solar Homes and Communities Program began in 2000 and ended in 2009, so many solar systems are approaching 24 years old. If this sounds like your system, then you may be considering an upgrade.

Let’s look at why upgrading your solar system might be your best decision in 2025.

Out with the old…

I invite you to take a walk outside and look at the current solar panels on your roof. I’m guessing they are classic blue panels with silver frames and probably look worse to wear! Walk around to the side of your house that is home to the solar inverter. Smear off the thick layer of dust and have a look at the brand and the specifications to see if your inverter is still working. Well done on purchasing a solid unit all those years ago! The reality is that most inverters would be on their last legs at such an age if they are working at all.

Solar panels 10 to 20 years ago were usually 150-200W. This means that you can probably see around 5-10 panels on your roof. Look at how much real estate they take up and consider how much your current system saves you on your bills. My guess is that your premium feed-in tariff has ceased or is about to end in 2025. So your 2kW system will only be producing a maximum of 8kWh of electricity on a good day. This means your electricity bills will be seeing next to no savings.

If this isn’t reason enough to upgrade your system, then let’s look at how a new system will benefit your home.

Common myths about solar upgrades

1. “My system is too old to upgrade.”

Even older systems can benefit from partial upgrades, such as replacing an outdated inverter or adding a solar battery storage system.

2. “Upgrading is too expensive.”

With government rebates and increased efficiency, upgrading is often more affordable than maintaining an underperforming system.

3. “I won’t see the benefits for years.”

The benefits of solar upgrades, like lower energy bills and improved efficiency, are noticeable almost immediately.

Signs that it’s time to upgrade

Knowing when to upgrade your solar system can save you from unexpected expenses and energy inefficiency. Look for these signs:

1. Declining performance or energy production

If you’re noticing a consistent drop in your solar energy output compared to previous years, it clearly indicates that your panels or inverter may no longer function optimally.

2. Frequent repairs

Are you constantly repairing your solar panels or inverters? Maintenance costs for older systems can quickly add up, making an upgrade a more cost-effective solution.

3. Outdated technology

If your system lacks solar battery storage or smart monitoring features, you’re missing out on the full benefits of modern solar systems. Upgrading ensures compatibility with the latest advancements.

4. Increased energy bills

Despite maintaining a consistent energy consumption pattern, if your electricity bills are rising, it could indicate that your solar system is no longer generating enough power to offset your energy needs.

5. End of warranty period

Most solar panels and inverters have a warranty period of 10-25 years. If your system is nearing the end of this period, it’s wise to upgrade to avoid future repair costs.

How upgrading your solar system will save you money

Across Australia, the average size of a new solar system installed is now 9.3kW [1]. This system will produce an average of 32kWh of electricity per day. Homes in Australia consume between 18 and 41kWh of electricity per day, so this system is right on the money.

Assuming you purchased your old system in 2009, your system would have been ‘paid off’ many, many years ago. Paid off is when your system has been fully ‘paid for’ by the return on investment by way of savings on your electricity bill. With the rebate at the time and the high feed-in tariff, your system was likely paid off in 3 to 4 years.

New solar systems, even with the low feed-in tariffs across the country, have an average return on investment period of 3 to 5 years. This is due to a number of reasons:

Solar has never been cheaper!

In 2009 [2], a system would have set you back around $3.17 a Watt and in 2023 [3] it sits around $1.10 a Watt. So a 10kW system would set you back approximately $11,000. For the same price in 2009, you could get a 3.5kW system.

Panel efficiency is higher than ever before

In 2009, panel efficiency was between 15 and 16%. In 2023, panel efficiency is 18-22%. The increase in efficiency means that new panels generate more electricity.

Increased quality of solar components

Solar panels sold in Australia in 2023 have a minimum warranty of 25 years and inverters will usually have a 10-15 year warranty. In 2009, the average solar panel had a 5 to 10 year warranty and the inverter had a 3 to 5 year warranty. The increased warranty period has been a result of two main areas:

• Better technology: The investment of solar manufacturers in research and development has resulted in better technology and manufacturing. 
• Industry regulations: The introduction of the Clean Energy Council, along with other regulatory bodies, resulted in approval processes that have weeded out poor-performing components.

Higher quality installations

We have said it many times before, the solar retailer you choose to purchase and install through makes all the difference. 2009 was rife with shoddy installers which meant that many households were left high and dry when their systems failed. Regulatory requirements and licensing mean that solar installations in 2023 are usually of the highest quality.

Larger solar panels

Your current panels would be very low wattage, but in 2023 the average solar panel installed is around 350 – 400W. With a doubling of wattage for around the same size as your existing panels, you can install a larger system with around the same real estate on your roof. This means that you could install a 4kW system with just 10 panels. 

With extended warranty periods, a new system today will pay for itself within 5 years and provide you free electricity for many years beyond.

But how does this save me money?

Larger solar systems = savings on your electricity bill. It is pretty much as simple as that! Your small solar system will not be saving you much – whether you use the electricity or receive a tariff for it feeding into the grid.

Let’s set the scene: You are a family of 4 (2 parents with 2 teenagers). When you installed solar 15 years ago, you were a couple with no children. You installed a 2kW system that allowed you to save a lot of money on your bills. Speed forward 15 years and your 2 teenagers charge their devices, endlessly cook in the kitchen, have showers (hopefully) every day, and generally use 10 times the electricity that you used as a couple. You may be considering the addition of an electric vehicle and you may also be moving away from gas. Your 2kW system is not going to cut it!

Upgrading not only allows you to immediately and heavily reduce your electricity bill but also allows for future-proofing. Adding battery storage and an EV charger will also set you in the right direction for going off-grid.

Upgrading your solar panels – a sound investment

Think about the last 15 years. How many cars have you owned in this time? Personally, we are on our 2nd car! We purchased the newer car knowing full well that we would never see a return on investment – but we purchased it for convenience and necessity. Unlike that vehicle purchase, our solar system was paid off in 2.5 years and we have been seeing pure profit in the form of saving on our bills for 3 years. We have many years of savings ahead of us but we know that we will one day need to upgrade the system. When that day comes, we can do so knowing that our investment was profitable and the new system will be even more so.

If you’re in Victoria, and one of 88,000 Victorians who will be bidding farewell to the 60 cent premium feed-in tariff in 2024, it is time to consider upgrading. Your small system will provide almost no savings on your bill once you change to the standard feed-in tariff.

The benefits of solar upgrades

Investing in an upgraded solar system offers numerous advantages:

1. Improved energy efficiency

New systems with advanced technologies like monocrystalline panels and microinverters significantly boost solar panel efficiency.

2. Greater energy independence

Adding battery storage to your upgraded system allows you to store excess energy, reducing reliance on the grid and protecting against rising energy costs.

3. Environmental benefits

An efficient system reduces your carbon footprint, contributing to Australia’s renewable energy goals.

4. Enhanced durability and longevity

Modern solar systems are designed to withstand Australia’s harsh weather conditions, ensuring long-lasting performance.

5. Reduced energy bills

By producing more energy, you can significantly reduce your reliance on the grid, lowering electricity bills.

Steps to upgrade your solar system

If you’ve decided to upgrade your solar system, follow these steps for a seamless transition:

1. Assess your current system

Start by evaluating the performance of your existing panels, inverter, and battery (if any). A professional energy audit can provide insights into what needs replacing or upgrading.

2. Research new technologies

Explore the latest advancements in solar technology, such as high-efficiency panels, hybrid inverters, and advanced battery storage solutions.

3. Check government incentives

Take advantage of available rebates and incentives to upgrade your system. Programs like the Small-scale Renewable Energy Scheme (SRES) can reduce upfront costs.

4. Consult a solar expert

Work with a trusted solar expert like Energy Matters to design a system tailored to your energy needs. Energy Matters is the leading supplier of solar quotes in Australia due to its vast partnership network of high-quality solar installers. 

Final thoughts: Is now the time to upgrade?

It’s a resounding YES! Energy Matters can help you with your first step by connecting you with local trusted solar installers. These installers will provide you with FREE no-obligation quotes. Take advantage of the state and federal rebates and incentives available to lower the upfront cost of purchase. Chat with the installers to find out if interest-free financing will work for you. Find out if battery storage will benefit your home and family into the future.

Upgrade and make 2025 the year that you move towards energy independence!

The post Old Solar Panels and Systems: When and Why Should I Upgrade to a New Solar System? appeared first on Energy Matters.

When the Victorian Government, in July, announced a ban on gas connections in new homes and government buildings from next year, the plan received overwhelming support from environment groups, and the property and construction sectors.

It was seen as a breakthrough for a state that is heavily reliant on natural gas, especially for heating homes and businesses. It also accounts for around 20% of Victoria’s emissions.

For those considering the potential benefits of transitioning to solar energy in this evolving landscape, obtaining free solar quotes from Energy Matters could offer valuable insights without any obligation.

Moving away from gas – one of many steps

Switching away from natural gas, especially in new homes, was just one of 94 recommendations Infrastructure Victoria made to the Victorian Parliament in August 2021 as part of its 30-year infrastructure strategy update.

“The 30-year infrastructure strategy covers many infrastructure areas that the Victorian Government and Parliament have responsibility for either directly or through influence, and energy is absolutely one of them,” Chief Executive Officer Dr Jonathan Spear explained.

“The focus of our work and advice is what role the Victorian Government can play in the energy transition, conscious that, of course, there’s a real mix of players across different jurisdictions, government, private sector and for individual consumers as well.”

Dr Spear to speak at All-Energy Australia 2023

Dr. Spear brings his background in law, history and public administration to leading Infrastructure Victoria. Previously serving as Deputy Chief Executive, Chief Operating Officer, and General Counsel, he has played a pivotal role in crafting the organisation’s research and advice.

On stage at All-Energy Australia’s Conference, 25 – 26 October in Melbourne, Dr Spear will speak about the pressing need to decarbonise Victoria’s infrastructure and energy sectors to achieve net-zero emissions by 2045.

“I’m trained as a lawyer and as a historian, so I’m really interested in good public policy and strategy,” Dr Spear explained.

“The great thing about infrastructure is it touches on so many aspects of people’s lives and there’s often a connection across different infrastructure sectors, which is certainly true of energy, and it reflects a lot of the changes that happen.

“Being able to influence policy change through the work of an independent organisation, that collaborates widely across government, the community and the private sector is really rewarding.”

Victoria’s next steps towards decarbonisation

At All-Energy Australia, Dr Spear will speak to the priority actions the Victorian Government can take to support the energy sector to meet the complex, long-term and competing priorities of acceleration of renewable energy, decarbonisation of the gas infrastructure network, and large-scale uptake of zero-emissions vehicles, all in a period of rapid change, uncertainty and fiscal constraint.

“There’s certainly a role for the Victorian Government, and other states and territories, to play increasing zero emission vehicle uptake,” Dr Spear said.  “Offering more opportunities to choose active transport, like walking and cycling, and public transport is also really important. We’re not going to achieve transport emission reduction targets without mode shift as well,” Dr. Spear said.

Dr Spear said when it comes to private households and businesses, there’s an enormous opportunity for a shift towards greater energy efficiency.

“We’ve called for increasing transparency of home energy ratings, at point of sale and rent, so that consumers can make more informed choices about the type of home they are going to live in and the impact on their energy bill.”

Dr Spear said the Victorian Government can help manage demand through pricing signals that encourage consumers to use off-peak energy and reduce peak demand.

The impact on Victoria’s gas infrastructure

During the conference, he will also speak about the in-depth work Infrastructure Victoria has done on the implications for net-zero emissions for Victoria’s extensive gas infrastructure.

“Our work Towards 2050: Gas infrastructure in a net zero emissions economy was an input to the Victorian Government’s gas substitution roadmap,” Dr Spear explained. “It showed immediate and sustained action is needed to support proven, low carbon solutions including energy efficiency, targeted electrification, hydrogen and biogas is needed if Victoria’s gas sector is to reach net zero emissions by 2050.”

Dr Spear said All-Energy Australia is important to bring together so many leaders from across different components of the energy sector.

“It is great to hear each other’s voices through a great mix of industry experts, think tanks, government and community that are able to share ideas across jurisdictions,” Dr. Spear said.

“Victoria has particular challenges, for example, our reliance on natural gas is distinctive compared to other jurisdictions.  But we’ve also got shared challenges, a shared east coast energy market for example, so that means that it’s important to bring people from all across Australia to All-Energy Australia, which is great.”

Dr Jonathan Spear will appear at All-Energy Australia on Day One in Plenary Three, Wednesday, October 25 starting at 1:40pm.

For more details on the conference, agenda, exhibitors and how to register for the free-to-attend event visit the website at all-energy.com.au

All-Energy Australia 2023

Date: 25 & 26 October, 2023

Location: Melbourne Convention and Exhibition Centre

Website: www.all-energy.com.au

Tickets: Click here for free tickets

Conference Agenda: Click here for the agenda

The post Decarbonising Victoria’s Energy Future: Dr Jonathan Spear Shares Vision at All-Energy Australia Conference appeared first on Energy Matters.

Victoria: The Place To Be

This was once the number plate slogan that you’d read whilst waiting in traffic, but it couldn’t be truer environmentally and fiscally. The Victorian government have committed to net zero by 2035. This means that they’ve set in motion a range of incentives and policies to see this target achieved. One such incentive has been the recent addition of heat pump upgrades that attract Victorian Energy Efficiency Certificates (VEECs) under the Victorian Energy Upgrades program (VEU). This means that approved heat pumps in Victoria now attract 3 types of incentives: STCs, VEECs, and the state government hot water rebate.

As the commitment to net zero by 2035 shapes policies and incentives in Victoria, the path to sustainability widens. Exploring options like heat pump upgrades under the Victorian Energy Upgrades program becomes not just environmentally conscious but financially rewarding. To seamlessly navigate these opportunities, Energy Matters offers a practical step. Get FREE solar quotes to explore how these incentives align with your goals, providing a tailored approach to your journey towards a greener and more cost-effective future.

Victorian heat pump savings

The savings you can expect are enormous! Where a fully installed heat pump would have cost you $3,000, you could now expect to pay as little as $825. Let’s break it down:

RRP for 220L Heat pump: $3,000

STCs: -$950

VEECs: -$400

State government rebate: -$825

Total: $825*

The Victorian state government rebate is equal to half of the cost of the system, after STCs and VEECs values are removed, or up to $1,000. Installation also usually includes the decommissioning and removal of the old hot water system.

So why would you want to update your existing gas or electric system to a heat pump?

Reasons for switching to a heat pump

Heat pump hot water systems are often considered better than gas water heaters for several reasons:

Energy efficiency

Heat pump hot water systems are highly energy-efficient because they do not directly generate heat. Instead, they transfer heat from the surrounding air or ground to heat the water. This process consumes significantly less electricity than burning gas to produce heat. The result is lower energy bills and reduced greenhouse gas emissions. Yes, they work in Victoria’s climate!

Lower operating costs

Due to their higher energy efficiency, heat pump water heaters can save homeowners money on their utility bills over the long term compared to gas water heaters. The savings can be substantial, especially in regions with high electricity costs and renewable energy incentives. This makes Victoria the place to be!

Environmental impact

Heat pump water heaters have a lower carbon footprint than gas water heaters. They rely on electricity, which can be generated from renewable sources such as wind, solar, or hydroelectric power. This can contribute to reducing greenhouse gas emissions and environmental impact.

Safety

Gas water heaters can pose safety risks, such as gas leaks or carbon monoxide emissions if not properly maintained or installed. Heat pump water heaters do not have these combustion-related safety concerns, making them a safer option for many households.

Versatility

Heat pump water heaters can be installed in various locations, including basements, garages, or outdoors. They do not require access to natural gas lines. This makes them a versatile choice for homes in areas without gas infrastructure.

Durability and longevity

Heat pump water heaters typically have a longer lifespan than gas water heaters. They can last 10-15 years or more with proper maintenance, while gas heaters may need replacement sooner.

Heat pump benefits

Heat pumps used in water heaters can also serve as dehumidifiers and air conditioners, providing additional value by maintaining comfortable indoor conditions while efficiently heating water.

However, it’s important to note that the performance of a heat pump water heater can be influenced by factors such as climate, installation quality, and usage patterns. In colder climates, the efficiency of heat pump water heaters may decrease, and a backup electric element may be needed. Therefore, it’s essential to assess your specific needs and conditions before deciding between a heat pump and a gas water heater. 

Heat pumps: What you can expect

Heat pumps are available with a separate compressor unit or as an all-in-one. In their early iterations, heat pumps were known for running very loud. Newer heat pumps, which are readily available in Victoria, usually have a running sound output of 40 to 50 decibels (dBA) when standing within 1 metre of the unit. This is the equivalent of a standard refrigerator sound when the compressor is running. For reference, a whisper is 30 dBA. For every 1 metre away from the system, the sound output will decrease by 6 dBA. While heat pump systems are relatively quiet during the day, they will often run at night. For this reason, we recommend positioning them, where possible, away from bedrooms.

Like most renewable energy tech, your heat pump hot water system will likely come wifi enabled. This will allow you to monitor your usage via an app, further enabling you to take control of your energy and water consumption. Depending on the system, you might also be able to control the temperature and set timers with the app.

Electrification in action

Changing your gas hot water system for an electric heat pump is just one step in the move to electrify your home. Click here to find out how you can make practical steps to electrify and future-proof your home.

If you’re ready to make the switch, Energy Matters provides FREE quotes for heat pump hot water systems, along with free quotes for solar, batteries, and more. For free heat pump quotes, click this link and select ‘Other Renewables/Energy Saving’ when prompted.

*All figures provided are examples of possible savings and are intended as guidance only. Rebates and incentives are subject to eligibility.

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RayGen CEO Richard Payne said: “ARENA plays an essential role in supporting the technologies that drive Australia’s renewable energy transition and positioning Australian manufacturing for new global export opportunities.

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