Green Electro Heating Ltd’s Post

Go Green with Spence™: By incorporating Spence Products, HVAC systems can effectively regulate steam pressure, control steam flow, manage condensate, and optimize heat transfer.

Switching to a heat pump doesn’t have to be stressful. Dalrada’s heat pumps are built for reliability, efficiency, and easy installation—addressing concerns before they arise. Enjoy cleaner, energy-efficient heating and cooling without the hassle. $DFCO #heatpump

If you wondered just how our Condensation Management process works, here it is!

Because heat pumps work more efficiently at lower temperatures than gas boilers, we may need to upgrade your radiators to support this. But no need to worry, we will make this process stress-free and the radiators will be included in the price we quote you.   Following our technical survey, Plug Me In will identify if your radiators are likely to need changing. If new units are required, we will size them appropriately for each room to make sure your home is both efficient and toasty warm when you need it to be. - Watch this video to find out more! #heatpumps #heatpumpradiators #heatpumpsystem #heatpump #heatpumptechnology

Air Cooling Compressor VS Water Cooling Compressor 🔷 The air cooling compressor is a type of air compressor that utilizes ambient air as its cooling medium, dissipating the heat generated during the process of air compression. 🔷 Water cooling compressors generally have higher cooling efficiency than air-cooled #aircompressors. Water coolers provide better heat transfer and dissipation, cooling hot compressed air to a lower temperature. Their biggest difference is the difference in radiators and heat dissipation methods: 📌 Air-cooling #compressors use fans for heat dissipation, while water-cooling uses water circulation for heat dissipation. https://lnkd.in/gmKdYf4S

If you want to know how industries keep things running smoothly, learn how they manage heating and cooling! Heat exchangers are vital for smooth industrial heating and cooling. They manage temperature, pressure, and fluid flow across various applications like air conditioning, industrial chilling, and dehumidification. Learn how our heat exchangers can boost efficiency and performance in your operations. Contact us Southern Coil Industries to discover more! . . Tags - #southerncoil #heatexchanger #efficientheatexchange #thermalmanagement

We're challenging the myths around Heat Pumps this week, and here's one of the biggest ones around. Perhaps the most common myth surrounding Heat Pumps is that you will need to replace all your radiators if you install a Heat Pump. This isn't always the case! In many of the installations we've done over the years, our customers have had their Heat Pump installed quite happily alongside their existing radiators. There are some instances where upgrades may be needed and this is looked at during the technical assessment that takes place before the install. It's not a foregone conclusion by any means! We've written a handy guide to radiators and Heat Pumps on our website which tells those interested and asking the question everything they need to know. https://hubs.la/Q02QBPM20

4 Crucial Components Of An A/C And What They Do Air conditioners work by moving hot air from inside to the outdoors using a refrigerant cycle. Four main parts support heat transfer. 1. Evaporator: Inside the evaporator, liquid refrigerant is turned into a gas which absorbs heat, cools and dehumidifies the air, and is then sent to the condenser. 2. Condenser: The hot refrigerant gas is pulled outdoors by the condenser, releasing heat into the air. As the heat is removed, the gas cools and converts back into a liquid state. 3. Compressor: The compressor helps turn the hot refrigerant gas back into a liquid by pressurizing it. 4. Expansion Valve: The expansion valve sits between the evaporator and the condenser and controls the amount of liquid refrigerant entering the evaporator, completing the cycle. We repair A/C systems in Cleveland. Call us for service so your A/C system will be ready for summer! #ACRepair #ClevelandHVAC

Ever wondered how your heat pump heats up water? Following the diagram above, here's a breakdown of how each component works together: 1. The heat pump's fan draws in air, containing heat energy, across the evaporator. 2. The evaporator turns the liquid refrigerant into a gas. 3. The compressor pressurises the refrigerant into a hot gas. 4. The hot gas inside the condenser coil heats the water inside the coil-wrapped tank. 5. The refrigerant reverts back to a liquid after heating the water and continues to the evaporator for the process to start again. 6. The cycle continues until the set target temperature is achieved. Interested in installing a heat pump hot water system? Contact us at: ☎️ 1300 887 007 💻 contact@leesongroup.com.au #HeatPump #HeatPumpWaterHeater #EnergyEfficientHomes

Typical gas-fired heaters and boilers send 20% or more of their consumed energy out the exhaust stack. This loss can mean that for every dollar spent on fuel, the boiler system returns only 65 to 70 cents worth of useful heat after transmission losses. If your plant operations require intensive hot water usage and your boiler load exceeds 100HP, the Stack Economizer will recover virtually 100% of the heat going up your stack. Click the link below to learn more. https://lnkd.in/eDY4i4Vr