Compare Gas Prices and Keep Your Wallet Warm

Natural gas is delivered directly to your home through a network of pipelines. This gas is primarily composed of methane, a low-carbon fossil fuel, which is extracted from underground wells. It’s a convenient and reliable option for households with high energy consumption, particularly for heating and hot water systems.

LPG is a mix of propane and butane gases, stored in bottles or tanks. It's ideal for homes that don't have access to natural gas pipelines or for those with lower gas usage. LPG is also commonly used for outdoor appliances like barbecues. Being portable and flexible, LPG offers a versatile solution for various household needs.

Supply Charge: A daily fee for having gas delivered to your home, applied regardless of usage.

Usage Charge: The cost for the gas you actually use, measured in megajoules (MJ). This can be fixed or variable depending on your plan.

Wholesale Market Costs: The price retailers pay to acquire gas.

Supply and Demand: Prices may rise during peak seasons, like winter.

Government Policies: Taxes and regulations can influence costs.

Emissions Costs: Fees related to reducing emissions may be included in your bill.

Rates and Fees: Compare usage rates (cents per MJ) and daily supply charges across plans. Watch for exit fees and other charges like paper bill fees or credit card payment fees.

Plan Type: Decide whether you need a dual fuel plan (gas and electricity) or separate plans. Consider if a fixed or variable usage rate suits your needs better.

Discounts and Incentives: Look for discounts, such as those for paying on time or signing up for direct debit.

Billing Structure: Some plans have stepped rates, where usage charges vary depending on how much gas you use. Others may offer bill smoothing, spreading your payments into regular installments.

With a block rate tariff, your usage charges depend on how much gas you use. For example, you might be charged 3c/MJ for the first 100MJ per day and 2c/MJ for the next 200MJ per day. This tiered approach can affect your overall cost, depending on your consumption.

Alternatively, some plans offer a flat rate tariff, where you pay the same rate per megajoule (MJ) throughout the day, regardless of how much gas you use.

In Victoria, a seasonal gas rate is common. During the winter months, when gas usage typically increases due to heating, the usage charges may be higher compared to the non-winter months. This seasonal adjustment reflects the increased demand in colder periods.

Gas appliances typically have higher upfront installation costs compared to their electric counterparts. However, the lower running costs of gas appliances may offset this initial expense over time.

Gas cannot power your entire home, so even if you use gas for heating or cooking, you'll still receive electricity bills for other essential needs like lighting and powering appliances.

Gas appliances can be fueled by Liquified Petroleum Gas (LPG), which is stored in bottles, or by natural gas, which requires a connection to the mains gas pipeline. Your location and available infrastructure will influence which type of gas is more cost-effective for you.

Yes, you can switch gas providers if you’re renting, but it depends on a few factors. First, your ability to switch providers depends on whether you live in an area where multiple gas providers operate, such as in major cities like Sydney, Melbourne, or Canberra. In these areas, the energy market is typically deregulated, meaning you have the freedom to choose your provider.

However, it’s important to check your state or territory’s tenancy laws and your rental agreement. Some rental agreements may include clauses that restrict changes to utility providers. Additionally, you should notify your landlord or property manager before making any changes, as they might have preferences or requirements regarding utility providers.

It’s also worth noting that not all areas in Australia have more than one gas provider. In regions with only one provider, switching isn’t an option, regardless of whether you own or rent your home.

Yes, you can compare and switch gas plans if you’re moving to a new house. When moving, you’ll need to cancel your existing gas plan and sign up for a new one at your new address. This provides an excellent opportunity to compare different gas providers and plans to find one that better suits your new home and usage patterns.

If you’re moving to a different area, it’s possible that your current gas provider may not operate there, or the rates and plans they offer might differ. Comparing gas plans during your move can help you ensure you’re getting the best deal available for your new location.

To make the process smoother, many comparison platforms offer guides on connecting utilities when moving, helping you navigate the transition with ease.

Switching gas plans in Australia is generally straightforward and hassle-free. Once you’ve selected a new plan, your new gas provider will handle most of the administrative work. This includes contacting your current provider to notify them of the switch and arranging the transition.

Typically, the switch to your new plan occurs within a few weeks, depending on your billing cycle. Importantly, there’s no disruption to your gas supply during this process, and in most cases, you won’t need a new meter or any additional work done at your property.

After the switch is complete, you’ll start benefiting from your new plan’s features, such as lower rates or better incentives, depending on the plan you chose. It’s a smooth transition designed to maximize your convenience and savings.

If you’re a low-income household, veteran, pensioner, or hold a concession card, you may be eligible for rebates or concessions on your gas bills. These benefits are designed to ease the financial burden on those who need it most, and eligibility criteria can vary by state and territory.

Some common rebates and concessions include:

• Family Energy Rebate: Assists eligible families with their energy bills.
• Winter Gas Concession: Offers discounts during the colder months when gas usage typically increases.
• Gas Rebate for Concession Card Holders: Provides a rebate for those holding specific concession cards.
• Low-Income Household Rebate: Supports low-income households in managing their energy costs.

To find out if you’re eligible, contact your energy provider or visit the government’s energy website. According to a recent survey, nearly two-thirds of Australian concession card holders are unaware of the energy concessions available to them, so it’s worth exploring these options to potentially reduce your gas bill.

Bundling gas and electricity with the same provider might seem convenient, but it doesn’t always offer the best value. In many cases, you won’t receive a discount for bundling, and you could find cheaper deals by comparing gas and electricity separately.

Sometimes, providers offer exclusive gas plans that are only available if you also sign up for their electricity plan. While this might be tempting, it’s crucial to ensure that both the gas and electricity rates are competitive and meet your needs before committing to a bundled plan.

Ultimately, the best approach is to compare both services independently to see if bundling is truly beneficial or if separate providers offer better deals.

Choosing between natural gas and Liquefied Petroleum Gas (LPG) depends largely on your home’s location and energy requirements:

• Natural Gas: This is ideal for larger homes with high energy demands. It provides a continuous supply directly through pipelines, making it a reliable option for central heating, cooking, and hot water systems.
• LPG: Best suited for smaller homes, rural areas, or properties without access to a natural gas pipeline. LPG is stored in bottles or tanks, offering flexibility and portability, particularly for outdoor appliances like barbecues or in areas where natural gas isn’t available.

By assessing your energy needs and the infrastructure available at your home, you can determine which type of gas is more cost-effective and suitable for you.

Gas prices in Australia are influenced by a variety of factors, including wholesale costs, network charges, and retailer expenses. In deregulated markets, gas retailers set their own prices, which can fluctuate based on market conditions and other external factors. Here’s a breakdown of the main components that affect gas prices:

• Wholesale Market Costs: Retailers purchase gas from the wholesale market to supply their customers. The price they pay can vary depending on factors such as global demand, production levels, and geopolitical events.
• Network Costs: These are the charges for transporting gas from the production site to your home via pipelines. Network costs can differ depending on the distance and infrastructure involved in delivering gas to different areas.
• Retail Costs: These are the operational costs incurred by the gas retailer, including customer service, billing, and other administrative expenses.

Gas prices can change annually, often aligning with electricity price adjustments set by regulators, usually around 1 July. By understanding these components, you can better grasp why gas prices fluctuate and how they impact your bill.

Comparing and switching natural gas suppliers in Australia is a straightforward process, especially in deregulated markets where multiple providers operate. Here’s how you can do it:

1. Gather Your Current Bill Information: Before you start comparing, have your latest gas bill handy. Note your usage details, current rates, and any other fees.
2. Use a Comparison Tool: Many online platforms allow you to compare gas plans from different suppliers based on your location, usage, and preferences. Enter your details to see how different plans stack up against your current one.
3. Review Plan Details: Look closely at the usage rates, supply charges, contract terms, and any additional fees or discounts. Pay attention to whether the rates are fixed or variable, as this can impact your future costs.
4. Switching Process: Once you’ve chosen a new supplier, they will handle the switch on your behalf. This includes notifying your current supplier and managing the transition. The switch usually takes a few weeks, and you won’t experience any disruption to your gas supply.

Switching suppliers can lead to significant savings, so it’s worth reviewing your options regularly, especially if your usage patterns change.

Liquefied Petroleum Gas (LPG) is a versatile energy source commonly used in Australia for heating, cooking, and powering appliances, especially in areas where natural gas isn’t available. Here’s what you need to know about LPG:

• Composition: LPG is typically a mixture of propane and butane gases, stored under pressure in liquid form. It’s available in bottles or tanks, making it portable and flexible for various uses.
• Usage: LPG is ideal for rural areas or homes that aren’t connected to the natural gas pipeline. It’s also widely used for outdoor cooking (e.g., barbecues) and heating.
• Cost: While LPG can be more expensive per unit of energy compared to natural gas, it doesn’t require a connection to a gas pipeline, which can be advantageous in certain locations.

LPG is a reliable and widely used alternative to natural gas, especially for homes in remote areas or those seeking a portable energy solution.

Gas prices in Australia have been rising due to several factors that affect both the domestic and global energy markets:

• Increased Demand: As demand for gas grows, especially during colder months or in response to global energy shortages, prices can rise accordingly.
• Supply Constraints: Disruptions in gas production, whether due to maintenance, natural disasters, or geopolitical tensions, can limit supply and drive up prices.
• Export Markets: Australia is a major exporter of liquefied natural gas (LNG). When global demand for LNG increases, more of the domestic supply is sent overseas, reducing availability and increasing prices for Australian consumers.
• Regulatory and Environmental Costs: Changes in government policies, taxes, or costs associated with reducing carbon emissions can also contribute to higher gas prices.

Understanding these factors can help you anticipate changes in your gas bill and consider ways to mitigate the impact, such as switching to a more cost-effective plan.

Reducing your gas bill involves a combination of energy-efficient practices and choosing the right plan for your needs. Here are some effective strategies:

1. Optimize Your Heating: Reduce the temperature on your thermostat by just a degree or two, and make sure your home is well-insulated to retain heat.
2. Efficient Appliances: Use energy-efficient appliances, and consider upgrading older, less efficient models. Gas heaters, water heaters, and stoves with higher energy ratings can significantly lower your usage.
3. Regular Maintenance: Ensure your gas appliances are regularly serviced and operating efficiently. Blocked filters or poorly maintained systems can use more energy.
4. Monitor Usage: Keep an eye on your gas usage through your bills or by reading your gas meter regularly. Identifying patterns can help you adjust your habits.
5. Compare and Switch Plans: Regularly compare gas plans to ensure you’re on the most cost-effective rate. Switching to a better plan could reduce your bill without changing your usage.

By implementing these tips, you can take control of your gas consumption and reduce your energy bills.

Gas is commonly used in Australian homes for a variety of purposes, depending on the type of gas (natural gas or LPG) and the appliances installed. Here are the most common uses:

• Heating: Gas heaters, whether central systems or individual units, are popular for keeping homes warm during colder months.
• Cooking: Gas stoves and ovens are widely used for cooking, offering precise temperature control and quick heating.
• Hot Water: Gas water heaters provide a continuous supply of hot water for showers, baths, and household cleaning.
• Outdoor Appliances: LPG is often used for outdoor barbecues, patio heaters, and other outdoor appliances.

Understanding where gas is used in your home can help you manage your consumption more effectively and identify areas where you can save on your gas bill.

Gas usage in Australian households is typically measured in megajoules (MJ), which is a unit of energy. Here's a breakdown of how gas is measured and what it means for your bill:

• Megajoules (MJ): The amount of energy used by your gas appliances is measured in megajoules. For example, a gas stove might consume a few megajoules per hour of use, while a gas heater might use more.
• Gas Meter Readings: Your gas meter records the total amount of gas used in your home over time. These readings are used by your gas provider to calculate your bill. Most gas meters in Australia measure usage in cubic meters (m³), which is then converted into megajoules using a conversion factor specific to your area.
• Units in Western Australia: In Western Australia, gas usage is often measured in units, where one unit equals 3.6 megajoules. This might appear on your bill as "units" or directly in megajoules.

Understanding how gas is measured can help you better interpret your gas bill and manage your energy consumption.

The time it takes to get your gas connected can vary depending on several factors, including your location, the availability of technicians, and whether you’re setting up a new connection or transferring an existing one. Here’s what you can generally expect:

• New Connections: If you’re moving into a new property that hasn’t been connected to gas before, the process can take a few days to a few weeks. This time frame includes setting up the necessary infrastructure, such as pipelines, and obtaining the required permits.
• Transferring Connections: If you’re moving to a property that already has gas, the transfer process is much quicker. In most cases, your new gas provider can have you connected within a few days, often without any interruption to your supply.
• Emergency Connections: If you require an urgent connection, some providers offer expedited services for an additional fee. However, availability can depend on your location and the provider’s capacity.

To avoid delays, it’s best to arrange your gas connection as soon as you know your move-in date, and to provide all necessary information to your provider.

The billing cycle for gas bills in Australia typically follows a quarterly (every three months) or bi-monthly (every two months) schedule, depending on your provider and plan. Here’s what you need to know about the billing cycle:

• Quarterly Billing: Most households receive gas bills every three months. This cycle allows providers to aggregate your usage over a longer period, making it easier to manage seasonal variations in consumption, such as higher usage during winter.
• Bi-Monthly Billing: Some providers offer bi-monthly billing, which can be beneficial if you prefer more frequent, smaller payments. This option can help with budgeting, especially if you use bill smoothing.
• Meter Readings: Your gas bill is based on actual or estimated meter readings. If your meter isn’t read during a billing cycle, your bill might be estimated based on past usage, with adjustments made once an actual reading is obtained.
• Bill Smoothing: Some providers offer bill smoothing, where your estimated annual gas usage is divided into equal monthly payments. This can make your bills more predictable, although you may need to reconcile any differences at the end of the year.

Understanding your billing cycle helps you plan for your gas expenses and avoid any surprises.

Reading your gas meter can help you keep track of your usage and verify the accuracy of your gas bills. Here’s how to do it:

• Types of Meters: There are two main types of gas meters used in Australian households—dial meters and digital meters. The process of reading them differs slightly.
• Dial Meters: These meters have a series of dials, each representing a digit of the total gas usage. To read the meter:
  1. Start from the leftmost dial and write down the number that the needle points to.
  2. If the needle is between two numbers, record the lower number.
  3. Continue across all dials to get the full reading.
• Digital Meters: These meters have an electronic display that shows your usage in cubic meters (m³). Simply read the number displayed.
• Converting to Megajoules: The reading from your meter is in cubic meters. To convert this to megajoules, multiply the reading by the conversion factor provided by your gas supplier, which typically appears on your bill.

Reading your meter regularly can help you monitor your gas usage and spot any discrepancies on your bills.

Smart meters are becoming more common for electricity, but for gas, the availability of smart meters depends on your location and your gas provider. Here’s what you need to know:

• Availability: In some areas, gas providers offer smart meters that allow for real-time monitoring of your gas usage. These meters can provide more accurate billing by eliminating the need for estimated readings, and they often come with features like remote reading and usage alerts.
• Installation Process: If available, installing a smart gas meter typically involves replacing your existing meter. This process is usually managed by your gas provider, and may require a scheduled appointment with a technician.
• Benefits: A smart meter allows you to track your gas usage in real-time through an online portal or app. This can help you manage your consumption more effectively, identify patterns, and potentially reduce your bills.
• Costs: While some providers offer smart meters at no extra cost, others may charge for installation. It’s important to check with your provider to understand any fees involved.

Having a smart meter installed can be a great way to gain more control over your energy usage and costs.

The Meter Installation Registration Number (MIRN) is a unique identifier assigned to the gas meter at your property. Here’s what you need to know about the MIRN:

• Purpose: The MIRN is used to identify your specific gas connection in the network. It’s like a fingerprint for your gas meter, ensuring that all billing and service activities are correctly attributed to your property.
• Location: You can find your MIRN on your gas bill, usually near the top, or directly on your meter. It’s typically a 10 or 11-digit number.
• When It’s Needed: Your MIRN is often required when you’re setting up a new gas account, switching providers, or if you need to report an issue with your gas supply. It helps ensure that your service requests are linked to the correct meter.

Understanding your MIRN is useful for managing your gas account, especially when dealing with provider changes or service issues.

There are several strategies you can use to reduce your gas bill, ranging from changes in usage habits to optimizing your energy plan:

• Efficient Heating: Lower your thermostat by a few degrees and wear warmer clothing indoors. Consider using zoned heating to only heat the rooms you’re using.
• Upgrade Appliances: Invest in energy-efficient gas appliances, which use less energy and can lead to significant savings over time. Look for appliances with high energy star ratings.
• Insulation: Proper insulation helps retain heat, reducing the need for gas heating. Make sure your home is well-insulated, particularly in the roof and walls.
• Regular Maintenance: Keep your gas appliances in good working order through regular maintenance. Clean filters and service your heater and hot water system to ensure they’re running efficiently.
• Compare Plans: Regularly compare gas plans to ensure you’re on the best deal for your usage. Consider switching providers if you find a plan with lower rates or better terms.

By adopting these strategies, you can effectively lower your gas consumption and reduce your overall energy costs.

Australia is one of the world's largest exporters of Liquefied Natural Gas (LNG), supplying gas to various international markets. The primary destinations for Australian LNG exports include:

• Asia-Pacific Region: The majority of Australia's LNG is exported to countries in the Asia-Pacific region, including Japan, China, and South Korea. These countries have significant demand for LNG to fuel their energy needs, particularly for electricity generation and industrial use.
• Emerging Markets: Australia also exports LNG to emerging markets such as India and Southeast Asian countries, where the demand for natural gas is growing due to economic development and increasing energy consumption.
• Europe: Although less significant compared to the Asia-Pacific region, Australia has also exported LNG to European countries, particularly during times of heightened demand or supply disruptions from other sources.

These exports are a major component of Australia's energy sector, contributing significantly to the national economy.

Saving on your gas hot water system involves a combination of efficient usage, regular maintenance, and considering potential upgrades. Here are some tips to help you reduce costs:

• Lower the Temperature: Set your hot water thermostat to 60°C (140°F) for optimal energy efficiency. Lowering the temperature by just a few degrees can significantly reduce energy consumption without compromising comfort.
• Install a Timer: Use a timer to heat water only during off-peak hours when energy rates are lower. This ensures that you have hot water when you need it, without constantly heating it throughout the day.
• Fix Leaks: Regularly check for leaks in your hot water system. Even a small leak can lead to substantial energy waste and higher bills.
• Insulate Your Tank and Pipes: Insulating your hot water tank and pipes reduces heat loss, keeping water hotter for longer and reducing the energy required to maintain the desired temperature.
• Consider an Upgrade: If your hot water system is old, consider upgrading to a more energy-efficient model. Modern systems with high energy star ratings can offer significant long-term savings.

By implementing these strategies, you can reduce your gas consumption and lower your hot water bills.

Australia is one of the world's largest exporters of Liquefied Natural Gas (LNG), often competing with Qatar and the United States for the top spot. Australia's vast reserves and large-scale LNG projects have enabled it to become a global leader in gas exports, particularly to the Asia-Pacific region.

Australia's LNG export industry is supported by significant natural gas reserves located in offshore basins, such as the North West Shelf, and large LNG processing facilities that prepare gas for export to international markets.

Yes, there are several ways to get hot water without using gas. Alternative systems include:

• Electric Hot Water Systems: These systems use electricity to heat water, either through a tank storage system or an instantaneous (tankless) water heater. Electric systems are common in areas without access to natural gas.
• Solar Hot Water Systems: Solar hot water systems use energy from the sun to heat water. These systems often include an electric or gas booster to ensure hot water is available during cloudy days or periods of high demand.
• Heat Pump Hot Water Systems: Heat pumps extract heat from the air and use it to heat water. They are highly energy-efficient and can significantly reduce energy consumption compared to traditional electric or gas systems.

Each of these options has its own benefits and suitability depending on your home's location, climate, and energy needs.

Yes, a gas leak can cause a significant increase in your gas bill. When gas leaks, it escapes into the air without being used by your appliances, meaning you're paying for gas that you're not actually using. The longer the leak persists, the more gas is wasted, leading to higher bills.

In addition to financial costs, gas leaks can pose serious safety risks, including the potential for fire or explosion. It’s important to address any suspected gas leaks immediately to prevent both financial loss and safety hazards.

Detecting a gas leak early is crucial for safety. Here are common signs of a gas leak in a home or building:

• Smell: One of the most noticeable signs of a gas leak is the smell of rotten eggs. This distinct odor is added to natural gas (which is otherwise odorless) to help detect leaks.
• Sound: A hissing or whistling sound near a gas line or appliance can indicate a gas leak, especially if the noise is coming from a connection point or pipe.
• Visual Signs: If you notice a damaged gas pipe or connection, or see bubbles forming in standing water outside your home near a gas line, it could indicate a leak.
• Health Symptoms: Exposure to a gas leak can cause symptoms such as dizziness, headaches, nausea, and difficulty breathing. If multiple people in the household experience these symptoms, it may be due to a gas leak.

If you suspect a gas leak, take immediate action to ensure your safety.

If you suspect a gas leak in your home, follow these steps to ensure your safety:

1. Evacuate the Area: Immediately leave the house or building. Do not use any electrical devices, switches, or phones inside the house, as they could ignite the gas.
2. Turn Off the Gas: If it’s safe to do so, turn off the gas supply at the main shutoff valve, usually located near your gas meter.
3. Avoid Open Flames: Do not light matches, use lighters, or create any open flames.
4. Call for Help: Once you are safely outside, contact your gas provider or emergency services to report the suspected leak. Use a phone from outside the home or from a neighbor’s house.
5. Wait for Professionals: Do not re-enter your home until the gas company or emergency responders have inspected and cleared the area.

Prompt action can prevent serious accidents and ensure your safety during a gas leak.

Cooking with gas is generally cheaper than cooking with electricity, but the cost-effectiveness can depend on several factors:

• Energy Prices: Gas is often less expensive per unit of energy compared to electricity, making gas stoves and ovens more economical to operate in many regions.
• Efficiency: Gas stoves provide instant heat and precise temperature control, which can reduce cooking times and energy consumption. This efficiency can make gas cooking more cost-effective, especially for frequent cooks.
• Installation Costs: While gas appliances may be cheaper to run, they can be more expensive to install, especially if your home doesn’t already have a gas line.
• Environmental Impact: Electric stoves can be more environmentally friendly, especially if your electricity is sourced from renewable energy. In some cases, this might offset the higher operational costs.

Ultimately, the cheaper option depends on your cooking habits, the energy prices in your area, and whether you already have the necessary infrastructure for gas appliances.

The ability to switch gas providers in Australia varies depending on where you live, as each state and territory manages its energy market differently. Here's what you need to know:

• Location Matters: Your ability to compare gas prices and switch providers largely depends on your location. If your home isn't fully electric, you'll either be connected to a natural gas pipeline or use LPG (Liquefied Petroleum Gas).
• Where You Can Switch: Residential customers in NSW, VIC, SA, South East QLD, WA, and the ACT generally have the option to compare and switch gas providers. Some homes in regional QLD also have this flexibility.
• Exceptions: In the NT, most residential properties aren't connected to a natural gas pipeline. If you need gas for cooking, LPG is likely your option. In TAS, if you live in a gas zone, your choices are limited to Tas Gas or Aurora Energy, with similar pricing across both.

Understanding your region's energy market is key to knowing your options for switching gas providers.