- 24/7 Service
- No Call Out Fees
- Servicing all Adelaide Suburbs
Bosch hot water system installation is recognised for its outstanding quality and reliability. HotwaterTek focuses on providing both the supply and expert installation of Bosch hot water systems in Adelaide, guaranteeing a seamless and efficient installation process. With Bosch, you can be confident that your hot water requirements will be fulfilled with superior performance and long-lasting dependability.
These systems are not only space-saving but also incredibly efficient, providing hot water precisely when you need it without the need for a powerpoint. With capacities ranging from 10L to 16L, these units are perfect for households of 1 to 3 people, offering on-demand hot water with a 5-star energy rating.
Choosing HotwaterTek for your Bosch Hot Water System in Adelaide guarantees a seamless experience from selection to installation. Contact us today, and let’s work together in finding a hot water solution that is just right for you!
| Product | Dimensions (mm) | Manufacturer Warranties (yrs) | ||||
|---|---|---|---|---|---|---|
| Item | Price From ($) | H | W | D | Cylinder | Parts/Labour |
| Bosch 10L | $950 | 845 | 405 | 265 | 10 | 2 |
| Bosch 13L | $1020 | 845 | 405 | 265 | 10 | 2 |
| Bosch 16L | $1035 | 936 | 460 | 265 | 10 | 2 |
| Item | Bosch 10L | Bosch 13L | Bosch 16L |
| Price From ($) | $950 | $1020 | $$1035 |
| H | 845 | 845 | 936 |
| W | 405 | 405 | 405 |
| D | 265 | 265 | 265 |
| Cylinder | 10 | 10 | 10 |
| Parts/Labour | 2 | 2 | 2 |
If you’re considering a switch to a gas hot water system, our team of licensed and professional plumbers is ready to discuss the best options. As your reliable local emergency plumber, we ensure a smooth transition for your hot water needs. We’re here to equip you with all the necessary information, ensuring you select a system that will efficiently serve your home for the foreseeable future. Following a detailed inspection of your premises, we’ll suggest the ideal gas-boosted hot water system that aligns with your specific household requirements, guaranteeing a customized service for your unique needs.
Electric hot water systems store water in a tank heated by electricity so that it’s ready for you to use. An electric hot water system provides full pressure to multiple outlets and depending on the unit, they can service as many taps, hoses and showers as you need – no more low pressure showers under a drizzling showerhead! Usually the most inexpensive option depending on electricity rates, we have an electric water heater that fits every budget and home.
Instant or continuous flow hot water systems in Australia provide hot water as needed, eliminating the need for a storage tank. These systems heat water instantly, ensuring a consistent supply for your household. Ideal for homes with high hot water demand, they offer a space-saving solution, perfect for smaller areas. These systems are not only compact but also energy-efficient, heating water on demand and potentially lowering electricity costs.
Since Australia is a particularly sunny country, why not use a solar hot water system to power your water heating? Solar hot water systems work by circulating water through a series of panels, which are positioned to gain maximum sun exposure (usually situated on a roof). Solar hot water systems are quite versatile and very energy efficient as they’re used in conjunction with electricity or gas to maintain your supply when there is a lack of sun.
A storage heater is a tank that heats the water inside, and then distributes this hot water on demand when you need it. Storage heaters are available in many sizes, normally ranging from 50 to 300 litres. There are also different types – so you can have a storage heater that runs on electricity, gas, solar, or a combination of these. Storage heaters are available in both internal and external models.
Heat pumps are a more efficient form of renewable energy that can use up to two-thirds less electricity, when compared with electric hot water heaters. Heat pumps extract heat from the surroundings and, through a process of compressing and condensing, raises the temperature to a point where it can be used to heat water in a tank. Putting it plainly, the process is like ‘reverse refrigeration’.
