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Solar Geyser Installers Sandton
14 years installing solar geysers in sandton
Solar geysers Sandton
We specialise in solar geyser installations in Sandton. We offer solar geyser installation, repair, service, and free quotes on solar geysers. Our Solar Geysers division will assist you in deciding on the right size and type of solar geyser you need by considering all variables.Our expert solar geyser specialist from Sandton are entirely able to install high-quality solar geysers and offer expert advice on our solar geyser products.
What is a solar geyser or solar water heaters, and how does it work
A solar system that heats water with solar energy is called solar water heating. A panel/collector collects solar energy and connects to hot water storage devices such as a hot cylinder. They utilize the sunlight’s energy to warm the water. The water stored in the pipe is warmed via convection, a process known as convection. This happens when the water stored in the panels is heated and then flows into the water storage tank. The hot water inside the storage tank flows into the cylinder. It is typically located within the house. If it is on the roof, then a circulator pump is required to move the water around between the tanks and the panel.The solar water tank has more insulation than electric geysers and can keep hot water for a longer time.
Benefits of using a solar hot water systems geyser
1. Reduces your electricity consumption or energy costs
Solar is a great way to reduce your dependence on energy companies and lower your monthly electricity bills by utilizing the sun’s energy.
LB Geyser installers and repairs have provided hot water in South Africa for 14 years.
It is sensible to start your journey into renewable technologies by reducing your energy consumption. Conventional water heaters account for approximately 25% of household grid-energy consumption. Using the sun to heat your home is a great way to reduce electrical bills.
2. Reduces Carbon Footprint
Switching to solar energy can reduce carbon emissions and lead to a more sustainable lifestyle.
For example, you could replace your electrical geysers with a solar water heater geyser and save 1.5 to 2.5 tons of carbon dioxide.
3. Renewable Energy Source
The most important benefit of solar water geysers is the renewable energy source. It is easily accessible in all parts of the globe and can be used every day. Solar hot water heating system helps reduce the need for fossil fuels and allows us to utilize the renewable power that might be used up
4. Low maintenance
Solar water heaters don’t require a lot of maintenance. It requires only simple cleaning. It does not have moving parts, so it is unnecessary to maintain it. However, our solar systems are frost-proof and come with a 5-year factory warranty and a 1-year installation warranty. Although the manufacturer guarantees that it will last for 20-25 years, they tend to work a long period of time.
5. Increased home value
Studies have shown that solar-powered homes sell more quickly and for higher prices than those without. Adding solar hot water to your house is an investment that will return its value whether you decide to stay or move.
Types of Solar Water heating systems
1. Flat Plate Collector
The Flat Plate solar Geyser is the perfect choice for our South African conditions. It is comprised of a solar panel that is attached to the roof. Geysers are connected on top to complete the look. The geyser could be connected to your roof’s space.
How Does The Flat Plate Collector System Work?
Flat-plate collectors are as essential as they come, and they absorb the sun’s energy. There are various designs, but they utilize the heat transfer liquid for the central part. After cold water has been taken from the tank for storage, The flat panel collector begins looping the fluid over the cold water and heats it. This happens only once the collector transforms the radiation energy into thermal energy. After the liquid is heated, it will begin to flow. The collector plate is copper pipes tubing and a sheet. This surface gets coated with a dark-colored material specifically for increased absorption efficiency. The collector is protected to keep heat from getting out. The fluid used to transfer heat is typically a mix of water and Glycol. Even for simple solar heaters, the panel can perform exceptionally well.
Advantages of Flat Panel Collectors
The main thing that everyone strives to achieve is reducing water heating costs, which makes flat panel collectors extremely sought-after. Here is a brief review of the advantages associated with these specific panels.
- Available in a variety of styles
- Cost-effective in terms of buying and installing
- An excellent track record for heating water.
- Reduces electricity consumption of an average household by up to 50% reduction in energy consumption
- Based on the conditions, one collector can heat between 200 to 400 liters of water per day.
It’s durable - Virtually maintenance-free
2. Evacuated Tube Solar Collector
Tube collectors for evacuated tubes Are the most effective solar collector available.
How does it Work?
It was initially designed to be used in European conditions, where sunlight is scarce and lower temperatures. The collector system is powered by UV Rays instead of direct sunlight.
The panel that collects the rays from the sun is a series of thick glass tubes. A vacuum is created when the air between the smaller and bigger glass tubes gets pumped out, leaving a thermal insulation layer.
This vacuum is one of the most important differences that set the evacuated-tube Solar Heating System apart from the rest because it prevents heat loss. Inside the inner glass, a tube is a particular layer of aluminum nitrate or titanium nitride oxide, which helps absorb more light over greater wavelengths. The slightly higher water heater geyser price is starting to make more sense.
The heat collected by the glass tubes is then absorbed by a backplate, which is typically made of copper, and finally, the heat reaches the glycol (heating fluid).
As the temperature of the glycol rises, it starts to move to the top of the collector and eventually turns into steam. The heat from the steam is transferred to a heat exchanger, which heats the water in the storage tank.
3. Pumped Solar Geyser System (Retrofit or Conventional geysers)
A pumped system is commonly referred to as a “Retrofit or solar geyser conversion” It is employed to store the water in the storage tank, and the electric geyser is in use. It is located below the position of the collector.
How does it Work?
Geyser water must be heated and taken upwards into the collection and then pumped back down when it is warmed back into the geyser.
Though more parts are involved, this is a maintenance-intensive choice because there are moving parts. It’s also a cost-effective method and less eye-sore because the tank isn’t visible from the roof.
4. Thermosiphon Solar Geysers
They are Solar Geyser systems the most popular and reliable systems since a few components are involved, including the process, which is an organic one.
How does it Work?
The cold water is then pushed into the solar water collector and heated by the sun afterward. Since heat rises and cold sinks, hot water is being pushed up towards the top of the collector before being pumped into the geyser situated over the collector.
As the water cools, it is pushed back into the collector, then heated again. This happens without assistance from any mechanical device.
5. Direct Thermosiphon Solar Geysers
A Direct Thermosiphon Solar Geysers It is a thermosiphon device that does not require to be secured in cold weather.
How does it Work?
While it is still designed to resist weathering outside, it doesn’t provide additional insulation to store water.
Excellent for areas with many coastlines and which don’t have a temperature of the minus temperature of 0°.
6. Indirect Thermosiphon Solar Geysers
The Indirect Thermosiphon Solar Geyser system is designed to be used in areas within freezing temperatures.
How does it Work?
Because the geyser is situated on the roof, it is exposed to the air and deposits of ice as the temperatures drop.
This indirect geyser features an outer layer of insulation surrounding the cylinder. It is filled with glycol, an insulating liquid. It guarantees that the water temperature inside the tank is prevented from being too cool or freezing.
These systems are ideal for inland areas where the temperature is a drop of the temperature of 0° or less in winter.
7. Closed Couple Solar Geysers
Closed-coupled Solar Geysers Are 1 piece systems.
How does it Work?
The tubes are inserted direct into tanks, using sleeves to join them. They are natural thermosiphon systems and are intended for regions with temperatures that are not particularly cold during wintertime.
They are best suited for areas with warmer temperatures in which the temperature doesn’t decrease too significantly.
8. Low-pressure solar geyser
Low-pressure Solar Geysers These systems have closed coupling and closed coupled systems. Transfer the hot water to the tank using gravity.
They are ideal for farms or areas where temperatures are never less than fifteen degrees. Since the hot water has to be directly fed and the cold water mixing can make it too hard to be used, resulting in only extremely mild shower conditions.
How does it Work?
Low-Pressure Solar systems Geysers are mainly used in Rural regions and the premises with no water grid. What is the process?
Because they are dependent on gravity and pumped by gravity, the mixing of the cold and hot water from the grid often results in low-temperature water. Still, such a system is adequate for many applications.
Ideal suitable for farm buildings and RDP housing with a low-cost application. It can be used in regular municipal grid water supply by using a reduction valve or an auxiliary tank. While they are most appealing because of cost, the water pressure should be considered to serve an enjoyable purpose.
Advantages of low-pressure solar geysers
- Ideal for areas with warmer temperatures.
- Showers with a low pressure are typically used reasonably.
- Affordable
High Pressure solar geyser
A Pressure Model (also known as solar heaters with high pressure) signifies that the water inside the tank is at high pressure. It’s similar to the tap pressure. Non-pressure model (also known as low solar heaters with low pressure) signifies that the water in the tank is at a lower pressure, and it is equivalent to its gravity. The function of the valve to control pressure serves for it to “balance” the water pressure of the cold and hot water supply to bath basins, showers, and baths. The pressure control valve lowers cold water pressure to the same amount as the hot water out of the geyser.
Advantages of High-Pressure Solar Water Geysers
- This kind of solar heater is easy to use without moving components.
- Because of its simplicity due to its simplicity, it’s usually the cheapest alternative (roughly 50-65 percent in high-pressure systems)
- Due to lower pressure and less stress on the collectors and tank, the system has a longer service life than traditional high-pressure solar systems.
- This kind that solar heaters are very light.
- Provide hot water without the need for an external power source.
- This kind of solar geyser is highly efficient in the conversion of sunlight into heat
Professional solar geyser plumber in Sandton
Call us today for 24/hour emergency Solar geyser installations, repairs and maintenance in and around Sandton We’re here to help! Our team of professionals will resolve your solar geyser issues quickly and efficiently.
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