Why Do You Invest in Geothermal Heating Systems?

 

Currently most homeowners and business owners across the US are focusing on minimizing energy emissions and carbon footprints. That’s why they are investing in geothermal systems for their water heating benefits. Incorporating new technologies and advancements, geothermal heating systems are considered as the viable alternative to conventional systems.

Geothermal systems are also called as Ground Source Heat Pumps (GSHP). They provide sufficient heating and cooling to homes and businesses by exchanging heat with the ground. The ground temperature remains relatively constant around the year that ranges from 45^o to 75^o F.

Depending on the season, the ground can act like a heat source. When you implement geothermal heating systems, you will save 20% to 60% in utility bills. Even though, the cost of installation can be bit higher; but relatively short payback period of 6-7 years will definitely make for the upfront investment. After this time period, it’ll be a low maintenance, energy efficient system for your home.

Why Do You Invest in Geothermal Systems?

Perfect to Use in Any Climate –

Geothermal heat pumps can work well in any climate – whether it’s hot or cold outside. It’s because of the earth’s constant underground temperature – from 45° to 75° F depending on the location. There are so many GHP systems already heating and cooling homes and businesses from all around the world including all the U.S. states. But the greater numbers of GHP systems are used in cold climates and high population densities.

Open and Closed Loop Systems –

There are so many options to consider when it comes to choosing a geothermal heat pump system including closed loop or open loop designs. The pipes are generally made of plastic tube and are buried horizontally or vertically.

The design of ground heat exchanger can be different depending on the climate and soil conditions, accessibility to ground water or surface water bodies and local site installation cost.

Durability –

You should think geothermal heating systems as long term investment. They’re perfectly engineered to last and have extremely long life. You can expect around 25 years of life for the indoor components like the heat pump and 50 years for ground loops.

Installation costs can be expensive; but these systems are up to 65% more efficient than their traditional counterparts. They will pay back over time in energy savings – generally within 10 years.

Less Carbon Emissions and Peak Electricity Demands –

Geothermal systems are more energy efficient than traditional ones and can reduce the load on the electric grid especially during peak demands during summer. In addition, they can help you minimize carbon emissions because of their higher energy efficiency.

Bottom Line –

Are you thinking to invest in geothermal systems? You should look no further than 123 Zero Energy. Our perfectly-engineered geothermal heating systems are designed to deliver optimal efficiency and performance in the long run. For more information about our products and their specifications, feel free to contact us as soon as possible.

Understanding Different Solar Collectors for Water Heating Applications

 

Are you planning to invest in solar water heating systems? If yes, you’ve made a good decision. Solar collectors are the important features of solar water heaters. There are two types of solar collectors used in the solar powered water heating kits – flat plate solar collector and solar evacuated tube collector.

Both of them have their own share of advantages and should be preferred as per the type of solar water heating application you’re using them for. Take your time and look at both types of solar collectors discussed below:

Flat Plate Solar Collector

Flat plate solar collector has been around for a long time and is popular alternative in the warmer climates. It’s because of the fact that the warmer areas don’t get significant amount of cold.

Flat plate collectors available on 123 Zero Energy uses a borosilicate glass layer with low iron content. They ensure optimal solar penetration. A series of copper pipes is fused onto the internal aluminum plate coated with patented special selective coating. This coating allows the system to absorb around 98% of solar radiation.

The heat emitted from the sun is transferred to the copper pipes and then absorbed by solar high temperature glycol and circulated to the heating load like hot water or space heater or pool through a heat exchanger.

Evacuated Tubes Solar Collector

Evacuated tubes solar collector is known for modern day solar water heating applications. It takes advantage of the NASA technology. Solar evacuated tube has its internal heat pipes that can absorb solar heat energy even lower temperature -40 degree.

This type of solar collector is used basically for space heating and solar water heating in the areas that experience colder weather below freezing in winter. A solar evacuated tube works same like a flat plate collector except the tubes are within a vacuum. It means, there’s no heat loss virtually once the solar energy is absorbed.

Rest assured that, glass tubes remain frosty even when the interior of heat pipe can attain temperature as high as 480 F. They use copper heat pipe tube in the center and the energy is transferred to the top bulb of the heat pipe. After that, it will head to the sealed copper header where it heats up the solar heating fluid.

What are the uses of both solar collectors?

Flat plate collectors are perfect to use in the Caribbean and the southern USA climates. They are ideal alternatives for solar residential water heating and can help you save 60-80% on an average. These collectors work well for solar pool heating on a seasonal basis and offer so many benefits than traditional plastic mats used earlier on most pools.

Solar evacuated tubes collectors are turbo charged and can be used for space heating like radiant floor heating, fan coils and air handlers. These collector based solar water heating systems are best used in Northern regions or for industrial applications like agricultural and process heating where it requires to heat large volumes of hot water. For instance, solar vacuum tubes can save you significant operational costs on hotels, car washes, care homes, etc.

Bottom Line –

Are you looking to invest in solar water heaters? If yes, then you should look no further than 123 Zero Energy. We specialize in providing both flat plate and evacuated tube solar collectors ensuring optimal efficiency, durability and functionality. For more information about our products, feel free to reach out to us right now at 1-800-317-9054!

Make Solar Water Heating Systems Your First Clean, Sustainable Energy Investment

Gone are the days when you had to switch on our geyser and wait 20 minutes to heat up the water. Solar water heaters have emerged and with them emerged the age of clean, viable and instant hot water. Here in this post, we will tell you why it make sense to make solar water heating systems your first clean, sustainable energy investment.

Solar water heating systems are a superior option for your terrace space:

Your terrace does not care much for solar thermal. It cares about how well the space is being used.

Solar water heating technology works at 80 to 90 percent efficiency whereas Solar Photovoltaic technology works at 15 to twenty percent efficiency.

What this entails that a solar water heating unit produces the same volume of power in a 1m2 area which a solar power pack system takes 4-5m2 to produce.

You must be wondering if this a valid comparison as solar thermal systems are employed to heat water while solar power units are employed to produce electrical energy. Fair point. But in regards of power conversion all that matters is what goes in & how much comes out – the general utility of the system.

In solar powered water heating systems, 100 units of solar power go in & nearly 80 to 90 units are converted into helpful energy. The comparable number for solar power system is just fifteen to twenty units.

Solar water heating systems use a renewable & green energy source:

This may look obvious, but here are the true facts.

A household of 4 (2 adults, 2 kids), using an electric-powered geyser which runs on a non-renewable electricity source, product nearly 3 kilograms of CO2 daily. That may just be about 1095 kilograms of CO2 in a year but it produce nearly 43 metric tonnes of CO2 during a 40 year time span.

Solar water heating systems, in comparison, work on a green energy source and have a negligible carbon footprint.

Solar water heating systems have almost zero operating costs:

Solar water heater systems are zero in terms of maintenance because of the non-existence of any moving, electrical or electronic components. Intermittent upkeep is advised for regions with hard water conditions.

The sporadic use of electric backup heaters during monsoon does upshot in slight increase in operating costs. Nonetheless, these expenses are minimal & for days with heavy downpour only. Solar water heating units are unbelievably efficient even in dim sunlight. https://www.123zeroenergy.com/solar-hot-water-heaters.html