Hot Water System Cost WA 2026 - Get Free Quotes

System Type Cost Comparison

Hot water systems represent one of the larger capital purchases in Western Australian households, with the system supplying years of daily service through a substantial portion of household water consumption. The cost decision involves both the upfront capital cost and the running cost over the system service life, with the right answer depending on the specific household circumstances, fuel availability and water use patterns.

The capital cost ranges across system types reflect different technologies and complexity. Electric storage systems sit at the budget end because the technology is simple (a tank, a heating element and a thermostat). Gas storage systems sit in the middle because the technology adds a gas burner, controls and flue. Continuous flow gas systems sit similarly priced because the technology trades the tank for a more sophisticated heat exchanger. Heat pump systems sit at the upper end because the refrigeration cycle technology adds substantial componentry and the systems are typically larger and heavier. Solar systems sit at the highest tier because they add roof-mounted collectors and the supporting plumbing.

Running cost varies inversely with capital cost in many cases. Electric storage runs at the highest cost per litre of hot water delivered because resistive heating is energy-intensive and electricity tariffs include substantial markup over wholesale generation cost. Heat pump systems run at substantially lower cost because the refrigeration cycle delivers three to four units of heat per unit of electricity input. Solar systems run at near-zero cost when the sun is shining and minimal boost cost during periods of low sunshine. Gas systems run at intermediate cost depending on gas pricing and use pattern.

Western Australia regulates hot water work through both the Plumbers Licensing Act 1995 (for plumbing work) and the Gas Standards Act 1972 (for gas work where applicable). All installation must be carried out by appropriately licensed tradespeople, with EnergySafety WA within DMIRS administering the gas framework and the Plumbers Licensing Board administering the plumbing framework. AS/NZS 3500.4 covers heated water services including tempering at fifty degrees Celsius for bathroom basins. AS/NZS 5601 covers gas installations.

Our hot water system installation page covers the related hot water work alongside this pricing breakdown. The companion page covers how the installation is done, while this one focuses on pricing across system types and scenarios.

Electric Storage Cost

Electric storage hot water systems at the budget end of the WA market suit households where simple reliable technology meets the daily hot water demand. Compact 125 litre units suit one or two-person households with modest use. Mid-size 160 litre and 250 litre units suit typical three to four-person households. Larger 315 litre units suit larger families or households with extended use patterns.

Product pricing varies by capacity and brand. Compact 125 litre Rheem, Dux or Vulcan units price eight hundred fifty to one thousand four hundred dollars supplied. Mid-size 160 litre units price nine hundred to one thousand six hundred dollars supplied. Larger 250 litre units price one thousand two hundred to two thousand dollars supplied. Premium 315 litre units price one thousand seven hundred to two thousand five hundred dollars supplied. Stainless steel cylinder upgrades over standard glass-lined steel typically add three to six hundred dollars to the equivalent capacity.

Off-peak electricity tariff configuration affects both running cost and tank sizing. Off-peak hot water tariffs through Synergy in the South West Interconnected System provide substantially reduced electricity pricing for hot water during overnight off-peak periods. Properties on off-peak tariffs typically need larger tanks because the heating only operates during off-peak hours, with the tank sized to support the day's use from the overnight heat. Mid-day boost circuits provide top-up where the overnight heat falls short. If the unit fails, our burst pipe repairs page covers the response.

Element replacement cost over the unit life adds to the total ownership cost. Element failure typically occurs every eight to twelve years for standard units, with replacement element and labour costing two hundred fifty to five hundred dollars per element change. Premium stainless steel units sometimes have replaceable element kits supporting longer service life. The replacement cost typically warrants continued operation rather than complete unit replacement until the cylinder itself shows failure.

Cylinder replacement at end of life involves complete unit replacement. Steel cylinders typically reach end of life at ten to fifteen years, with corrosion progressively compromising the cylinder integrity. The end approach typically presents as visible leakage or rust staining around the tank base. Replacement at this stage replaces the complete unit rather than attempting cylinder repair. Where a bathroom renovation goes alongside hot water replacement, our bathroom plumbing cost page covers the related work.

Gas Storage Cost

Gas storage hot water systems suit properties connected to the ATCO Gas natural gas network across Greater Perth and regional centres, alongside LPG-supplied properties beyond the natural gas network. The systems combine the storage tank approach of electric units with gas burner heating, providing faster recovery time than electric storage and lower running cost in most WA contexts.

Product pricing varies by capacity, brand and configuration. Standard 135 litre Rheem Stellar or Rinnai Hotflo units price one thousand two hundred to two thousand dollars supplied. Mid-size 170 litre and 200 litre units price one thousand five hundred to two thousand eight hundred dollars supplied. Premium 270 litre units price two thousand to three thousand two hundred dollars supplied. Indoor versus outdoor unit selection affects pricing modestly, with outdoor units sometimes pricing slightly lower due to simpler flue arrangements.

Gas service capacity affects the installation complexity and cost. Existing properties with adequate gas service for the proposed unit support straightforward replacement. Properties requiring gas service upgrade to support larger or higher-input units may face several hundred to over a thousand dollars for the service upgrade depending on the work involved. The licensed gasfitter assesses service adequacy during initial visit and identifies any upgrade needs.

Flue requirements under AS/NZS 5601 must be met regardless of indoor or outdoor configuration. Outdoor units use direct vent or balanced flue configurations vented to atmosphere. Indoor units require flue routing through the ceiling or wall to atmosphere, with the flue routing affecting installation complexity. Compliance certification at completion documents the flue installation meets the standard. Our gas leak repair cost page covers the gas side of the work.

Running cost on gas storage typically compares favourably to electric storage at WA gas and electricity pricing, with the gas storage delivering hot water at lower energy cost per litre. The advantage varies by exact tariff structure but generally supports gas storage as the running-cost-favourable option among storage systems. The advantage diminishes against heat pump systems which deliver further running cost reduction at higher capital cost.

Continuous Flow Gas Cost

Continuous flow gas hot water systems eliminate the storage tank in favour of on-demand heating that produces hot water only as needed. The configuration suits a wide range of WA households because the hot water capacity is effectively unlimited subject to flow rate constraints rather than tank capacity constraints. The compact unit also frees floor or wall space that storage tanks occupy.

Product pricing varies by flow rate capacity and brand. Compact sixteen litre per minute Rinnai Infinity or Rheem Metro units price one thousand four hundred to two thousand two hundred dollars supplied. Mid-size twenty to twenty-four litre per minute units price one thousand seven hundred to two thousand seven hundred dollars supplied. Premium thirty-two litre per minute units suiting larger households or extended hot water demand price two thousand to three thousand dollars supplied. Smart controllers and Wi-Fi connectivity add modest premium across the range.

Flow rate selection matches the household demand pattern. Single bathroom households can manage with sixteen litre per minute units in most use scenarios. Two bathroom households typically use twenty to twenty-four litre per minute units. Larger households with simultaneous use across multiple bathrooms or extended fixtures use thirty-two litre per minute units. The licensed installer confirms appropriate sizing during initial assessment based on the specific use pattern.

Installation complexity matters because continuous flow units require slightly different connection arrangements than storage units. Adequate gas supply with appropriate pressure rating is essential because continuous flow units adjust their gas use based on the water flow. Water supply with adequate pressure supports the flow rate that the unit can deliver. Some older properties with low supply pressure may face flow rate limitations regardless of the unit capacity rating.

Running cost on continuous flow gas typically compares favourably to gas storage because the unit only heats water when demand exists, eliminating the standing loss that storage tanks experience. The advantage scales with use pattern, with properties using hot water across the day showing limited advantage and properties using hot water in concentrated periods showing substantial advantage. Our leaking tap repair cost page covers fixture maintenance that affects hot water performance.

Heat Pump Cost

Heat pump hot water systems use refrigeration cycle technology to extract heat from ambient air and transfer it to water in the storage tank. The technology delivers three to four units of heat per unit of electricity input compared to one unit of heat per unit of electricity for resistive electric heating. The substantial energy advantage drives the lower running cost that justifies the higher capital cost over the system service life.

Product pricing varies by capacity, brand and configuration. Compact 220-280 litre Rheem Ambiheat or Reclaim Energy units price three thousand to four thousand five hundred dollars supplied. Premium Sanden Eco units at 250-315 litres price four thousand to six thousand dollars supplied. Premium Stiebel Eltron WPL units at similar capacities price five thousand to seven thousand dollars supplied. Capacity selection follows similar principles to electric storage with the larger tanks supporting larger households.

Federal Small-scale Technology Certificate (STC) rebates substantially offset the capital cost. Heat pump systems generate STCs based on the equivalent renewable energy output projected over the system life. The certificates trade at variable market prices but typically deliver eight hundred to one thousand five hundred dollars equivalent rebate at point of sale. The licensed installer typically handles the STC paperwork as part of the installation, with the rebate value flowing through to the customer pricing.

Installation considerations include outdoor location for the unit (heat pumps draw heat from ambient air, requiring outdoor exposure), adequate clearance around the unit for airflow, adequate electrical supply (heat pumps draw substantial power during operation, requiring dedicated circuit installation), and any structural support for the unit weight. Wall-mounted configurations require structural support behind the mounting position. Slab-mounted configurations need level concrete pad.

Noise considerations matter where the heat pump location is near occupied spaces. Modern heat pumps operate at moderate noise levels (typically forty to fifty decibels at one metre) but the continuous operation during heating cycles can produce ongoing background sound. Placement away from bedrooms and outdoor entertainment areas supports acceptable acoustic outcomes. Acoustic enclosures or strategic placement support installations where the standard placement is acoustically constrained. If leak issues turn up around the unit later, our water leak detection page covers the investigation.

Solar Hot Water Cost

Solar hot water systems combine roof-mounted solar collectors with a storage tank, capturing solar thermal energy to heat water at near-zero running cost when the sun is shining. The systems typically include electric or gas boost capability for periods of inadequate solar (overcast days, extended cloud cover, very cold mornings). Western Australia's high solar resource produces excellent solar hot water performance across most of the state.

Product pricing varies by configuration. Solar electric systems with electric boost from Edwards Solar, Apricus and Dux Sunpro price four thousand to seven thousand dollars supplied for typical 270-315 litre systems with two to three collector panels. Solar gas-boosted systems adding gas boost capability for faster recovery price four thousand five hundred to eight thousand five hundred dollars supplied. Premium installations with high-efficiency evacuated tube collectors and larger tanks price up to ten thousand dollars supplied.

Installation complexity is substantially higher than other system types because the solar collectors install on the roof with structural and waterproofing considerations. The licensed installer (typically working with a licensed roofer or structural specialist for the roof work) handles the collector mounting, the supply pipework from the collectors to the tank, the controller installation and the integration with the boost system. Total installation typically takes one to two days.

STC rebates apply substantially to solar hot water systems. The certificates generate based on the equivalent renewable energy output over the system life. Typical solar hot water installations generate STCs delivering one thousand to two thousand five hundred dollars equivalent rebate at point of sale. The installer handles the STC paperwork as part of installation with the rebate flowing through to customer pricing.

Running cost on solar systems is the lowest among hot water technologies in WA because solar thermal collection is essentially free during daylight hours. Boost contribution is typically modest in WA conditions because the strong solar resource supports significant solar contribution year-round. Cloudy winter periods produce more boost demand but the annual average remains heavily solar-supplied. The combination delivers very low running cost at the highest capital cost, with the payback period varying by use pattern but typically being seven to ten years.

Installation Labour Cost

Installation labour for hot water system replacement typically adds six hundred fifty to one thousand eight hundred dollars to the product cost for like-for-like replacement using existing supply, drainage and power or gas connections. The work involves removing the existing unit, installing the new unit at the same location, connecting supply and drainage, connecting power or gas as applicable, commissioning the system and confirming operation.

Complex retrofits involving fuel type change (electric to gas, electric to heat pump, etc.) involve substantially more labour. Fuel type conversion requires new fuel infrastructure (gas service installation for electric-to-gas conversion, dedicated electrical circuit for electric-to-heat-pump conversion) and removal or capping of the previous fuel infrastructure. The total installation cost can run one thousand five hundred to three thousand five hundred dollars or more for complex conversions.

Location changes add to installation cost. Moving the hot water unit from one position to another involves running new supply, drainage and power or gas infrastructure to the new position alongside disconnection and reinstatement work at the old position. The work duration and complexity vary substantially by the specific configuration. Where aged drainage may affect the relocation, our pipe relining cost page covers it.

Tempering valve installation as part of the hot water installation adds two hundred fifty to five hundred dollars for the valve and labour. AS/NZS 3500.4 requires tempering valves limiting bathroom basin hot water delivery to fifty degrees Celsius. Existing installations sometimes have functional tempering valves that the new system can use, supporting cost reduction where the existing tempering is compliant. New installations typically install fresh tempering as part of the broader work.

Compliance certification at completion documents the work and confirms compliance with applicable standards. The licensed plumber issues a compliance certificate for the plumbing scope. The licensed gasfitter issues a compliance certificate for any gas scope. Owners should retain compliance certificates with property records throughout ownership because the certificates support warranty claims, insurance interactions and property sale processes.

Federal STC Rebates

Federal Small-scale Technology Certificate (STC) rebates apply to heat pump and solar hot water systems as part of the Australian Government's Renewable Energy Target. The scheme generates certificates based on equivalent renewable energy output projected over the system life, with the certificates having market value that flows through to customer pricing as a point-of-sale discount.

Eligibility criteria include the system being on the Clean Energy Regulator approved product list, installation by a qualified installer, and proper documentation of the installation. Reputable installers handle the STC paperwork as part of the installation process, with the customer simply receiving the net price after STC offset. The STC value varies with the market price of certificates, which moves with renewable energy demand and supply factors.

Typical STC rebate values in 2026 range from eight hundred dollars at the lower end through to two thousand five hundred dollars at the upper end depending on the system size, type and STC market pricing at the time of installation. Heat pump systems typically generate fewer STCs than solar systems of equivalent capacity because solar systems deliver more renewable energy output per equivalent unit.

State-level rebates may apply alongside federal STC rebates in some regional WA areas. The specific state programs vary over time, with eligibility and value changing periodically. Checking current state programs through Department of Communities or other relevant state agencies before installation supports identification of any additional rebate opportunities.

The combined rebate effect substantially shifts the economic comparison between system types. A heat pump system with eight thousand dollars sticker price and one thousand five hundred dollars STC rebate becomes six thousand five hundred dollars net cost, comparable to mid-range continuous flow gas systems. Solar systems with rebate similarly approach the cost of standard gas systems while delivering substantially lower running cost. Our rainwater tank plumbing cost page covers related water management work.

Plumbers Licensing Act 1995 Compliance

The Plumbers Licensing Act 1995 establishes the licensing framework for water plumbing work in WA. Hot water system installation, replacement and repair involving water plumbing must be carried out by a plumber licensed under the Act. The Plumbers Licensing Board within DMIRS administers the framework, maintains the public register and handles complaints.

Verification through the DMIRS public register confirms current licensing of any operator engaged for hot water work. Reputable plumbers provide licence numbers on quotes, invoices and vehicle signage. The verification step protects against unlicensed work that lacks statutory consumer protections including dispute resolution and insurance backing.

Compliance certificates issued at the conclusion of plumbing work document the work and confirm compliance with AS/NZS 3500.4. The certificate identifies the licensee, date and address of the work, system installed and any tests conducted including pressure testing and tempering valve verification.

For gas hot water installations, the licensed plumber and gasfitter work together. Some operators hold both licences supporting integrated work. Other configurations involve separate plumber and gasfitter trades coordinating their respective scope. The compliance certificates from each trade document their respective work.

The Commerce WA portal provides additional information on consumer protection. The DMIRS portal supports verification of operator licensing.

Gas Standards Act 1972 Compliance

The Gas Standards Act 1972 establishes the licensing framework for gas installation work in WA. Gas hot water system installation, replacement and repair involving gas connections must be carried out by a gasfitter licensed under the Act. EnergySafety WA within the Building and Energy Division of DMIRS administers the framework.

Verification through the DMIRS public register confirms current gasfitter licensing alongside plumbing licensing for operators holding both qualifications. Some operators specialise in gas work while others combine general plumbing with gas qualification. The combined qualification supports streamlined installation for gas hot water systems.

AS/NZS 5601 covers gas installations including the standards that licensed gasfitter work meets. The standard specifies pipework requirements, valve specifications, appliance connection requirements, flue and ventilation requirements and pressure testing. Compliance with the standard is a non-negotiable element of professional gas work.

Gas tightness pressure testing at completion of gas hot water installation confirms the gas installation integrity. The gasfitter applies test pressure to the new installation, observes pressure stability over the test duration and documents the results. The pressure test forms a critical safety verification that the installation does not have hidden leaks. If a leak needs dealing with, our gas leak repair cost page covers the response.

The EnergySafety WA portal provides additional information on consumer gas safety and the regulatory framework.

Ongoing Running Cost

Running cost over the system service life is at least as important as the capital cost for total cost of ownership. Electric storage systems on standard tariffs run at the highest cost per litre of hot water delivered. Off-peak electric tariffs reduce this substantially but still leave electric storage as the more expensive running option. Gas storage and continuous flow gas run at intermediate cost. Heat pump runs at low cost. Solar runs at the lowest cost.

Typical annual running cost estimates in 2026 WA pricing for a family of four range as follows. Electric storage on standard tariff runs eight hundred to one thousand two hundred dollars annually. Electric storage on off-peak runs four hundred to seven hundred dollars annually. Gas storage runs four hundred to seven hundred dollars annually. Continuous flow gas runs three hundred to six hundred dollars annually. Heat pump runs two hundred fifty to five hundred dollars annually. Solar with electric boost runs one hundred to four hundred dollars annually.

The five-year running cost difference between electric storage on standard tariff and solar with electric boost can exceed three thousand dollars. The fifteen-year service life difference can exceed ten thousand dollars. The cumulative running cost advantage materially affects total cost of ownership comparison across system types.

Tariff structure considerations affect running cost realisation. Properties on time-of-use electricity tariffs can shift heat pump operation to off-peak hours through smart controllers, supporting further running cost reduction. Solar properties benefit from operating during sunlight hours when generation is occurring. If a hot water leak needs investigating to keep running costs down, our water leak detection cost page covers it.

Maintenance cost across the service life affects total cost of ownership modestly. Routine maintenance including pressure relief valve testing, anode replacement on electric units and burner servicing on gas units supports system longevity. Annual maintenance typically costs one hundred fifty to four hundred dollars depending on system type and scope. Our leaking tap repair cost page covers connected fixture work that keeps the system performing.

Regional Cost Variation Across WA

Greater Perth metropolitan pricing typically aligns with the ranges set out here. Local supply chains, trade availability and competitive pricing all support pricing within the indicated bands. Properties in established suburbs with good trade access generally find quotes within expectation.

Mandurah and Peel region pricing typically aligns closely with Greater Perth pricing for most categories. The proximity to Perth supports trade availability without substantial mobilisation premium. Local trades serving the region complement Perth-based operators that occasionally travel south for substantial work.

South West region centres including Bunbury, Busselton and Margaret River price slightly higher in some categories due to specialist mobilisation and slightly lower in others due to regional labour rates. Strong local trade communities serve the region effectively with limited Perth involvement for most standard work.

Great Southern centres including Albany and surrounds price similarly to South West region. Wheatbelt and Goldfields regions may face higher pricing for specialist categories due to longer mobilisation from major centres. Mid West centres including Geraldton serve the surrounding area with reasonable local trade availability. North-west WA pricing reflects substantial mobilisation costs for trades and supply from major centres.

Off-grid properties in remote regional WA sometimes face additional considerations including limited natural gas availability (LPG dominates), variable electrical supply quality affecting heat pump performance, and substantial mobilisation costs for specialist trades. Solar systems sometimes suit remote properties particularly well because of the reduced dependence on grid infrastructure. Our laundry renovations and cabinetry page covers the wider renovation.

What to Look Out For

Quotes substantially below market pricing for the same system warrant scrutiny rather than acceptance. Cheap quotes often reflect budget brands, undisclosed exclusions including STC handling, omitted compliance work or licensing issues. Direct comparison requires consistent specifications including brand and model, capacity, installation scope, compliance work and warranty terms.

Resistance to providing licensing details is a clear warning sign. Reputable installers provide plumbing licence numbers, gasfitting licence numbers where applicable, business registration details and insurance certificates without resistance. The verification step through the DMIRS register takes a minute and protects against unlicensed work.

STC handling clarity matters substantially in heat pump and solar quotes. The quoted price should clearly indicate whether it is gross before STC offset or net after STC offset, with the rebate value identified separately. Operators handling STC opaquely sometimes show net pricing that appears competitive but actually reflects standard pricing minus the customer's own rebate value.

Verbal promises that do not appear in writing rarely survive into delivery. The agreed system, installation scope, price commitment, warranty terms and any rebate handling should be documented before work starts. Reputable operators document their work as standard practice.

Compliance certificate provision at the conclusion of work is an indicator of operator approach. Reputable installers provide both plumbing and gasfitting compliance certificates where applicable, documenting the work, standards applied and tests conducted. Operators who treat certificates as optional are signalling poor compliance posture. Our laundry renovation cost page sets out similar quality points for related renovation work.

How to Get Useful Quotes

Three written quotes against a consistent description of the hot water system requirement produces meaningful market comparison. The brief should describe the existing system (type, age, condition, location), the desired replacement (type and capacity preferences), the household size and use pattern, any timing constraints and the budget tolerance. Without consistent information, quotes are not directly comparable.

Site visits are essential before treating quotes as binding for substantial work including fuel type conversion or relocation. The licensed installer needs to see the existing configuration, assess infrastructure condition, confirm scope feasibility and form a view about appropriate work. Like-for-like replacement may be quotable from description and photographs alone, while complex installations warrant site assessment.

Each quoted installer should be verified through the DMIRS public register before engagement. Insurance certificates should be current. Reference checks with previous customers produce candid information about installation quality, communication and post-installation support.

Comparing quotes requires line-by-line attention to inclusions rather than only headline price comparison. Items to compare include specific brand and model, capacity, installation scope, compliance certificates from plumber and gasfitter, tempering valve installation, STC handling and pass-through to customer, warranty terms and any post-installation support arrangements.

Payment terms vary across the industry. Standard installations typically involve modest deposit at booking, balance on completion with compliance certificates. Heat pump and solar installations involving STC handling may show staged structure aligning with rebate processing. Large advance deposits warrant scrutiny. Our burst pipe repair cost page covers pricing for related plumbing work.

Insurance, Strata and Warranty

Home insurance interaction with hot water system replacement depends on the situation. Sudden failure events from cylinder rupture or burst connections producing significant water damage typically attract coverage subject to policy terms. Gradual failure where the unit reaches end of life without sudden release does not produce insurance events because no damage has occurred.

Strata properties carry hot water responsibility according to scheme bylaws. Individual lot hot water units serving single lots sit under lot owner responsibility. Common property central hot water systems serving multiple lots sit under strata responsibility. The Strata Titles Act 1985 provides the broader framework.

Manufacturer warranties on hot water systems vary substantially by brand and product type. Premium hot water cylinders from Rheem and Rinnai typically carry seven to ten year cylinder warranties with shorter labour warranties. Solar systems typically carry ten year cylinder and ten year panel warranties. Heat pumps typically carry six to ten year cylinder warranties with shorter compressor warranties.

Workmanship warranty on installation typically covers twelve months from completion under industry standard practice. The warranty covers installation defects rather than separate product failures that manufacturer warranties address. Issues identified during the warranty period get rectified by the original contractor at no charge.

Tenant arrangements in rental properties follow Residential Tenancies Act 1987 frameworks. Tenants experiencing hot water issues typically contact the property manager rather than commissioning work directly. Hot water failure is typically owner responsibility under standard arrangements.

Dispute Resolution and Consumer Protection

Disputes between homeowners and hot water installers occasionally arise. The Building and Energy Division within DMIRS provides initial complaint handling for plumbing and gas licensing issues. Formal complaints lead to investigation and potential remedies including licence conditions, fines or licence suspension.

The State Administrative Tribunal hears building disputes that cannot be resolved through earlier processes. The State Administrative Tribunal can make orders for rectification, compensation or other remedies. The WA Government portal provides links to the broader consumer protection framework.

Documentation through the project supports any dispute resolution process. Records of quotes, work agreements, compliance certificates from plumber and gasfitter, STC paperwork, manufacturer warranty documents and any post-installation correspondence all support the conversation if a dispute develops.

Consumer protection beyond the trade-specific frameworks operates through Australian Consumer Law administered by the ACCC and the state Consumer Protection function within Commerce WA. The framework provides statutory guarantees covering acceptable quality, fitness for purpose and compliance with description.

For planning across the home, our pages on bathroom renovation plumbing, bathroom vanity and basin installation, tiling services, heated towel rail installation and toilet repair all connect with this one.

Trades qualified to perform this work in WA can browse current paid project leads posted by homeowners on the WA tradie job leads board. The platform connects verified trades to homeowner projects across Greater Perth and regional WA.

Trade categories most relevant to hot water work include plumber jobs for licensed plumbing scope, hot water system jobs for specialist installation work, heat pump installer jobs for heat pump systems, gasfitter jobs and gas plumber jobs for gas hot water, electrician jobs for heat pump dedicated circuits, and solar installer jobs for solar hot water installations.