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Solar geysers are one of the most effective ways to reduce household electricity consumption while still maintaining reliable hot water. Enerlux supplies high-quality solar geyser systems across Gauteng for residential homes, apartments, farms, and commercial properties. By using solar energy to heat water, solar geysers can significantly lower monthly electricity costs while providing a sustainable and energy-efficient hot water solution.
Enerlux offers a wide range of solar water heating systems including high-pressure solar geysers, low-pressure solar geysers, and solar geyser conversion systems designed to work with existing electric geysers. Each system is carefully selected to ensure reliable performance, long-term durability, and compatibility with South African plumbing and electrical standards.
Whether you are installing a completely new solar geyser system or upgrading an existing geyser to solar, Enerlux provides professional guidance and high-quality products to ensure your solar water heating system delivers consistent hot water and long-term energy savings.
Solar geyser systems use solar collectors to capture heat from sunlight and transfer that heat into a water storage tank. This process allows households to generate hot water using renewable solar energy rather than relying entirely on electricity. Because water heating typically accounts for a large portion of a household’s electricity consumption, installing a solar geyser can dramatically reduce monthly energy costs.
Modern solar geyser systems are designed to operate efficiently throughout the year. During sunny days the solar collectors heat the water directly, while an electrical backup element ensures hot water remains available during cloudy weather or periods of high demand.
Enerlux supplies solar geyser systems designed for South African climate conditions, ensuring durable performance, efficient heat transfer, and reliable hot water delivery throughout the year.
High pressure solar geysers are the most commonly installed solar water heating systems for modern homes. These systems operate directly from municipal water pressure, providing strong and consistent hot water flow similar to a traditional electric geyser. Because of this, high pressure solar geysers are ideal for residential properties with multiple bathrooms, kitchens, and higher daily hot water demand.
A high pressure solar geyser system uses solar collectors mounted on the roof to capture heat from sunlight and transfer that heat into a pressurised hot water storage tank. The heated water is stored in the insulated tank and distributed through the home’s plumbing system whenever hot water is required. When sunlight is limited, an electrical backup element ensures that hot water remains available.
Enerlux supplies and installs high pressure solar geysers designed specifically for South African conditions. These systems are built with durable tanks, efficient solar collectors, and properly insulated piping to maximise heat retention and long-term system performance.
Choosing the correct tank size is important to ensure the system can supply enough hot water for your household. High pressure solar geysers are commonly available in several capacities including:
High pressure solar geysers can be paired with different types of solar collectors, including evacuated tube collectors and flat plate panels. Both collector types are designed to absorb solar energy efficiently, helping reduce electricity usage for water heating throughout the year.
When properly installed, high pressure solar geysers can reduce the electricity used for water heating by a significant margin. Because water heating is often one of the largest electricity expenses in a household, installing a solar geyser can provide long-term energy savings while ensuring a reliable supply of hot water.
Low pressure solar geysers are commonly used in rural properties, farms, cottages, and off-grid homes where municipal water pressure may not be available. These systems operate using gravity-fed water from a header tank rather than direct municipal pressure, making them a simple and reliable solution for solar water heating in remote or low-pressure environments.
A low pressure solar geyser system typically consists of a storage tank mounted together with solar collectors on the roof. Cold water enters the system from a header tank, and as the solar collectors heat the water, natural thermosiphon circulation moves the hot water into the storage tank. Because the system relies on natural circulation rather than pumps, low pressure solar geysers are known for their durability and minimal maintenance requirements.
Low pressure solar geysers are often a cost-effective option for households that want to reduce electricity usage without installing complex pumping systems. These systems are widely used on agricultural properties, guest cottages, rural housing, and locations where simplicity and reliability are important.
Enerlux supplies low pressure solar geysers in various tank sizes to accommodate different household hot water needs. When correctly sized and installed, these systems provide dependable solar-heated hot water while helping reduce electricity consumption throughout the year.
Evacuated tube solar geyser conversion kits allow an existing electric geyser to be upgraded into an efficient solar water heating system without replacing the entire tank. Instead of installing a completely new solar geyser, solar collectors are mounted on the roof and connected to the existing geyser using insulated circulation piping. This allows the system to use solar energy to heat water during the day while the electrical element remains available as a backup when required.
Evacuated tube collectors are well known for their excellent heat absorption and strong performance during colder weather, windy conditions, and cloudy days. Because each tube is vacuum insulated, heat loss is reduced significantly, allowing the collectors to maintain high water temperatures even when outside temperatures drop. This makes evacuated tube systems a popular upgrade for homeowners who want reliable solar water heating throughout the year.
Enerlux supplies evacuated tube conversion kits designed to retrofit to healthy electric geysers. Each system includes the necessary solar collectors, circulation components, insulation, valves, and temperature control equipment required to safely integrate solar heating with the existing geyser cylinder.
Upgrade your existing electric geyser using one of our evacuated tube solar conversion systems:
When properly installed, evacuated tube solar geyser conversion systems can significantly reduce electricity consumption used for heating water while maintaining dependable hot water availability throughout the year.
Flat plate solar geyser conversion systems allow an existing electric geyser to be upgraded into a solar water heating system using durable flat plate collectors. These systems are designed to transfer solar heat efficiently into the existing geyser tank, reducing electricity usage while maintaining reliable hot water availability.
Flat plate collectors are known for their slim roof profile and robust construction. The collector panel absorbs solar radiation and transfers the heat into circulating water, which is then stored in the existing geyser cylinder. Because of their simple design and strong thermal performance, flat plate systems remain a popular option for residential solar water heating installations.
Enerlux supplies solar conversion systems that integrate safely with existing electric geysers using properly insulated piping, tempering protection, and reliable circulation components where required. When installed correctly, these systems allow households to benefit from solar heating while keeping the original geyser infrastructure in place.
To explore available systems, view our range of solar geyser conversion kits.
Choosing the correct solar geyser system and installing it properly are both essential for long-term performance. Enerlux supplies solar geyser systems across Gauteng and provides professional installation services designed around the layout of each property.
Factors such as roof direction, available sunlight, pipe routing, and correct water temperature control all influence how efficiently a solar geyser will operate. Our installation teams carefully evaluate these conditions to ensure each system is configured for reliable hot water and optimal solar energy usage.
If you would like to learn more about our installation services, visit our Solar Geyser Installers page for detailed information about how our systems are installed and commissioned.
Enerlux works with qualified and experienced installation professionals to ensure every solar geyser system is installed safely, correctly, and in compliance with South African standards. All projects are completed using PIRB-registered plumbers together with registered electricians, ensuring both the plumbing and electrical components of the solar water heating system meet the required industry regulations.
Every installation includes the appropriate certification documentation required by insurers, property managers, and body corporates. Enerlux installers issue the relevant plumbing and electrical Certificates of Compliance (CoC), confirming that the installation meets the safety standards required for residential and commercial properties.
Solar geyser systems are installed according to the applicable South African standards, including SANS 10254 for water heating systems and SANS 10142 for electrical installations. These standards ensure that the solar collectors, plumbing components, electrical backup element, and protection devices operate safely and reliably.
During installation, our technicians also ensure that isolation valves, tempering valves, and safety components are clearly labelled for easy servicing and future maintenance. Important system details such as equipment serial numbers, valve settings, electrical protection devices, and system configuration are documented for the property owner’s records.
By using registered installers and compliant installation practices, Enerlux ensures that every solar geyser system is safe, properly certified, and designed to deliver reliable hot water performance for many years.
Solar geyser prices in Gauteng vary depending on the system size, collector type, and installation requirements. Factors such as roof structure, piping distance, and the choice between close-coupled or split solar geyser systems can influence the overall installation cost.
Enerlux supplies solar geyser systems designed for different household sizes and budgets, ensuring reliable hot water while helping reduce electricity consumption. To see detailed pricing information and typical installation costs, visit our Solar Geyser Prices page.
A 100L (liter) solar geyser is an excellent option for smaller households where daily hot water demand is relatively low. These systems are commonly installed in apartments, guest cottages, small homes, and rental units where one or two occupants require reliable hot water without the need for a larger tank.
Because the tank volume is smaller, 100L solar geysers heat up quickly during sunny conditions and can provide efficient solar water heating throughout the day. This makes them a practical and cost-effective way to reduce electricity consumption used for heating water.
Enerlux supplies high-quality 100L solar geyser systems designed for South African climate conditions. These systems can be installed as close-coupled units, where the collectors and tank are mounted together on the roof, or as split systems where the tank is positioned separately from the solar collectors.
When correctly sized for the household, a 100 liter solar geyser can provide dependable hot water while helping reduce electricity usage and monthly energy costs.
A 150L solar geyser is a practical choice for small households with moderate hot water demand. These systems are commonly used in homes with two to three occupants or couples where showers and daily water usage are spread throughout the day.
The slightly larger storage capacity allows the system to retain more heated water while still benefiting from efficient solar energy collection. When exposed to good sunlight conditions, a 150L solar geyser can provide consistent hot water for daily household needs while reducing the electricity normally required for water heating.
Enerlux supplies reliable 150L solar geyser systems designed for residential installations. These systems can be configured with flat plate solar collectors or evacuated tube collectors depending on roof conditions, available sunlight, and the property’s hot water usage requirements.
When correctly sized for the household, a 150L solar geyser offers a balanced solution that combines efficient solar heating, reliable hot water availability, and reduced electricity consumption.
A 200L solar geyser is one of the most popular system sizes for family homes. These systems are typically suitable for households with three to four occupants where multiple showers, kitchen usage, and daily hot water demand require a larger storage capacity.
The increased tank volume allows a 200L solar geyser to store a greater amount of heated water, making it well suited for homes where hot water is used throughout the day. When combined with efficient solar collectors, these systems can provide consistent solar-heated water while significantly reducing the electricity normally used for water heating.
Enerlux supplies high-quality 200L solar geyser systems designed for reliable operation in South African conditions. These systems can be configured with flat plate collectors or evacuated tube collectors depending on roof orientation, available sunlight, and the household’s hot water requirements.
When correctly sized for the property, a 200L solar geyser offers an excellent balance between storage capacity, solar heating performance, and long-term electricity savings.
A 300L solar geyser is designed for larger households with higher daily hot water demand. These systems are commonly used in family homes with four or more occupants, properties with multiple bathrooms, guesthouses, or homes where several showers may be used during peak evening hours.
The larger storage capacity allows the system to retain more solar-heated water throughout the day, providing dependable hot water even when several people use the system consecutively. When paired with the correct solar collector size, a 300L solar geyser can supply consistent hot water while reducing electricity usage for water heating.
Enerlux supplies durable 300L solar geyser systems designed to perform efficiently in South African climate conditions. These systems can be configured with high-efficiency flat plate collectors or evacuated tube collectors depending on roof orientation, available sunlight, and the property’s hot water requirements.
When properly sized for the household, a 300L solar geyser provides reliable hot water capacity for larger homes while helping reduce long-term electricity costs.
Enerlux supplies reliable solar geyser systems designed for South African households and climate conditions. Our systems are selected to provide consistent hot water while helping homeowners reduce electricity consumption used for water heating.
Every solar geyser installation is completed using quality components, including SANS-compliant valves and electrical protection, UV-resistant pipe insulation, and durable roof mounting systems designed to withstand local weather conditions. Enerlux works with qualified installers to ensure that each system is installed safely and performs efficiently for many years.
In addition to supplying solar geyser systems, Enerlux provides clear documentation, installation guidance, and aftercare support to help homeowners maintain reliable hot water and long-term system performance. This includes proper system commissioning, clear usage guidance, and documentation that insurers and property managers expect.
If you would like assistance choosing the right system for your home, you can send us roof photos, the label on your existing geyser, and your suburb location. Our team will help confirm the best solar geyser system and provide a clear, itemised quotation.