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You may not be thinking of your outdoor heat pump condenser coils when planning Spring Cleaning tasks, but it may be the most important thing you can do. We highly recommend cleaning your heat pump condenser coils this spring. Sure, your HVAC technician will clean your indoor evaporator coils and outdoor condenser coils, but you will greatly benefit from more frequent heat pumps cleanings. With spring and summer comes increased grass clippings, cotton from cottonwood trees, and dandelions. If you have a lot of grass and floating debris around, you may have to clean your heat pump weekly! A simple heat pump cleaning will bring you into the cooling season with increased comfort, efficiency, and energy savings. Step-by-Step Instructions for Cleaning Outdoor Condenser Coils Your outdoor condenser unit needs to be cleaned at least twice a year, and spring is the perfect time to do so - it`s not too hot or too cold out, and most likely you`re using the unit sparingly at the moment. 1. Before you do anything, turn off the power to the heat pump at its shutoff box, usually located within eyesight on an exterior wall. Shutoffs can be different depending on the unit. If there is no shutoff box, you can turn off power to the unit at the breaker box. Try turning the unit on to test if it is indeed off. 2. After power has been turned off, clean the area around the condenser unit. For air to flow efficiently, we recommend about 2-3 feet of clearance around each side of the condenser. This means any shrubbery, equipment, or other debris should be cleared away. Keep this minimum clearance in mind when planting anything around your unit. If any bushes or shrubs have encroached on your heat pump`s breathing space, cut them back. After you`ve cleaned up around the condenser, you`re almost ready to wash. Just don`t forget to turn off the power to the unit! Safety precautions are the most important when dealing with anything with electrical connections. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

All in one inverter heat pump as 4th generation heating /cooling products, this is more safe & clean energy, water /electric separately, cold water/ hot water to sure room inside temperature more Comfortable and Just right humidity to sure room air do not dry. It can connect underfloor heating, radiator heating, fan coil cooling, 250L~500L hot water tank. So one PCS all in one inverter heat pump can solve one big home building different room ( 5-10 rooms ) size heating loading .also can offer around 5 people for hot water shower using. All in one inverter heat pump( Heating+Cooling+DHW ) is a kind of air conditioning and hot water equipment, which uses air as a cold (hot) source, and provides various functions such as heating, air conditioning and domestic hot water for indoor space. Through the input of a small amount of high-grade energy (such as electric energy), the all in one heating and cooling units use water as the carrier and the heat is released into the air through the carrier in the cooling season in the summer cooling season, and the carrier is cooled, so as to achieve the cooling and dehumidification of the room. The system can get the cooling amount of 3.5KW for every 1KW energy consumption and obtain the living hot water for free. In winter, the system absorbs heat from the air and releases heat into the room through the carrier to meet the needs of indoor heating. Flexible and clever conversion of air conditioning, hot water, and heating is the greatest features of air supply. The new generation of touchscreen multi-function controller has the function of self-control temperature control, stepless water level control, and intelligent frost function. The water can reach the hot water temperature directly by the water entering the unit. The effect of frost-free defrost and no defrosting will be induced by the unit. Low initial investment: a system completely solves the problem of air conditioning and hot water, saves the investment of hot water equipment, and saves a lot of costs compared to the two systems of traditional air conditioning and hot water. When all in one heat pump runs refrigeration plus hot water mode, the heat that needs to be released to the outside world when refrigerating is used to heat the living hot water, with the fully effective utilization of cooling and heating, the comprehensive energy efficiency ratio is up to 7.0. Low operating cost: when operating refrigeration + heating water mode, the hot water is completely free, the overall cost of air conditioning and hot water is 20% lower than the individual air conditioner and water heater. The fully intelligent control system: the equipment can run intelligently once the installation is completed and debugged; the power stop memory function can realize the automatic storage equipment operation parameters after the blackout, and then automatically restore the function before the power stop. And functions like unmanned, automatic unloading, automatic anti-freeze, ensure the equipment worry-free operation in four weather; LCD screen enables water temperature, ring temperature, the system temperature to check any time, which makes the real-time current and running to be apparent to the eye. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

A pool heat pump uses electricity to operate and makes use of the outside ambient air which contributes to its efficiency. A pool heat pump does not generate heat. As the pool pump circulates the swimming pool water, the pool water passes through a filter and the heat pump water heater. The heat pump heater has a fan that draws in the outside air and circulates the air through the evaporator coil. Liquid refrigerant inside the evaporator coil absorbs the heat from the outside air and becomes a gas. The warm gas in the coil then passes through the compressor. The compressor increases the heat, creating a very hot gas that then passes through the condenser. The condenser transfers the heat from the hot gas to the cooler pool water circulating through the heater. The heated water then returns to the pool. The hot gas, as it flows through the condenser coil, returns to liquid form and back to the evaporator, where the whole process begins again. Most pool heat pumps use the same dependable technology to move heat from one place to another using electric power and a sealed refrigerant compression system. Just like a room air conditioner moves 2 to 3 units of heat from your home for every unit of electricity it consumes, many heat pumps us 1 unit of electric energy to move 4 to 6 units of heat from the air, which delivers 5 to 7 units of heat to your pool water. This makes pool heat pumps very cost effective to operate! In basic terms – a pool heat pump uses the warmth of the air and puts it into your pool! Easy, right?! Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

How It Works The steps below describe how a heat pump works in [heating mode"-taking heat from the ground and delivering it to a building-and [cooling mode," which removes heat from the building and transfers it to the ground. Circulation: The above-ground heat pump moves water or another fluid through a series of buried pipes or ground loops. Heat absorption: As the fluid passes through the ground loop, it absorbs heat from the warmer soil, rock, or ground water around it. Heat exchange and use: The heated fluid returns to the building where it used for useful purposes, such as space or water heating. The system uses a heat exchanger to transfer heat into the building`s existing air handling, distribution, and ventilation system, or with the addition of a desuperheater it can also heat domestic water. Recirculation: Once the fluid transfers its heat to the building, it returns at a lower temperature to the ground loop to be heated again. This process is repeated, moving heat from one point to another for the user`s benefit and comfort. The above-ground heat pump is relatively inexpensive, with underground installation of ground loops (piping) accounting for most of the system`s cost. Heat pumps can support space heating and cooling needs in almost any part of the country, and they can also be used for domestic hot water applications. Increasing the capacity of the piping loops can scale this technology for larger buildings or locations where space heating and cooling, as well as water heating, may be needed for most of the year. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

Geothermal technology harnesses the Earth`s heat. Just a few feet below the surface, the Earth maintains a near-constant temperature, in contrast to the summer and winter extremes of the ambient air above ground. Farther below the surface, the temperature increases at an average rate of approximately 1°F for every 70 feet in depth. In some regions, tectonic and volcanic activity can bring higher temperatures and pockets of superheated water and steam much closer to the surface. Three main types of technologies take advantage of Earth as a heat source: 1.Ground source heat pumps 2.Direct use geothermal 3.Deep and enhanced geothermal systems Geothermal energy is considered a renewable resource. Ground source heat pumps and direct use geothermal technologies serve heating and cooling applications, while deep and enhanced geothermal technologies generally take advantage of a much deeper, higher temperature geothermal resource to generate electricity. Ground Source Heat Pumps A ground source heat pump takes advantage of the naturally occurring difference between the above-ground air temperature and the subsurface soil temperature to move heat in support of end uses such as space heating, space cooling (air conditioning), and even water heating. A ground source or geoexchange system consists of a heat pump connected to a series of buried pipes. One can install the pipes either in horizontal trenches just below the ground surface or in vertical boreholes that go several hundred feet below ground. The heat pump circulates a heat-conveying fluid, sometimes water, through the pipes to move heat from point to point. If the ground temperature is warmer than the ambient air temperature, the heat pump can move heat from the ground to the building. The heat pump can also operate in reverse, moving heat from the ambient air in a building into the ground, in effect cooling the building. Ground source heat pumps require a small amount of electricity to drive the heating/cooling process. For every unit of electricity used in operating the system, the heat pump can deliver as much as five times the energy from the ground, resulting in a net energy benefit. Geothermal heat pump users should be aware that in the absence of using renewable generated electricity to drive the heating/cooling process (e.g., modes) that geothermal heat pump systems may not be fully fossil-fuel free (e.g., renewable-based). Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

Geothermal Heat Pumps are also called ground source heat pumps and can be used for space and water heating. They use the ambient heat of the earth beneath the surface which is between 11°C and 13°C . By using a compressor, heat pumps can boost heat at a low temperature and release it at a higher temperature so that it can be used to heat the house. For every unit of electricity used to pump the heat, 3-4 units of heat are produced, leading to much reduced fuel bills and carbon emissions. These systems are most efficient when used in conjunction with underfloor heating in suspended timber floors as they are more responsive. The good news is that is is generally feasible to install a geothermal system in an existing house even in a housing estate. There are 2 options – A horizontal system uses pipes that are laid flat over a large area under the ground. A vertical system uses pipes which are inserted into a deep bore hole. In the case of an existing house in a housing estate a vertical system is more suitable due to space constraints. The vertical system requires drilling at least one 150m hole which is then plumbed to the heating units and heating system (these details should be advised by your installer). The bore hole can be in the front or back garden. Note: If you are installing solar water heating and a geothermal heat pump, it is a very good idea to integrate the systems as it will give good gains in efficiency. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

here are two basic types of heat pump technology – air source and ground source. In an air source heat pump, the equipment uses the outside air to provide the means for heating and cooling your home. A ground source heat pump uses good old Mother Earth`s dirt. Since ground source heat pump operation is a little easier to describe, I will start there. Once you get a short distance below the surface, around a depth of four feet, the temperature of the ground stays a reasonably constant 50 - 55 degrees Fahrenheit year-round. Have you ever gone into a cave or tour a cavern? In the summer, it is nice and cool. In the winter, it seems cozy and warm. What you sense is the difference between the outside temperature and that of the cavern below ground. Ground source heat pumps use this temperature difference to heat and cool. These systems need some sort of heat exchanger installed underground, either vertically or horizontally, and filled with a fluid. The equipment at the house itself resembles a typical HVAC system. It uses pumps and compressors to move the fluid through pipes inside the house and in the ground where it picks up or gives off heat, depending upon the need. The process is rather simple, using a fluid to move (or pump) heat from one place to another. Air source heat pumps may seem harder to grasp. How can such a system cool my home when the outside air is so hot? Or, heat it when it is so cold? Again, the mechanics of the system take advantage of very small differences in temperature using the proper compressor and refrigerant mix. Just like its ground source cousin, the air source heat pump moves heat from one spot to another. The difference is that the medium to exchange heat is the outside air, rather than the ground. Both air source and ground source heat pumps use refrigerant to capture the heat and carry it to where it is exchanged – either in the ground or using the outside air. Heat pumps are very efficient, much more so than traditional heating and cooling systems. Let`s use a heat pump with a COP (coefficient of performance) of 3.0 as an example: For every unit of energy used, the system produces three units of heating /cooling. It`s not a bunch of hocus pocus – just that law of thermodynamics. Efficient as they may be, it should be noted that heat pumps can have drawbacks. In extremely cold climates, air source models lose their ability to heat effectively at around 17 degrees Fahrenheit. Below that temperature, they have to use resistance electric heat to keep up and can quickly become expensive to operate. In temperate climates, they are likely your best choice for heating and cooling, especially for forced air applications. While some companies have worked to build a cold climate model, it is still a work in progress. Ground source systems can operate in nearly any climate and work well with both baseboard hot water and forced air systems. However, they can be expensive to install because of their need for a ground loop of some sort. Recently, a number of companies have introduced heat pump water heaters in response to EPA rulings to bring this efficient technology to domestic water heating. While the jury is still out, many of the same air source benefits and drawbacks apply, including a steep price tag at present. Heat pumps, properly applied, can make a world of difference to your monthly bill as well as to your comfort. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

ENERGY EFFICIENCY/COST TO OPERATE In moderately cold outdoor temperatures, heat pump systems provide energy-efficient heating using only electricity. In these conditions they can be less costly to operate compared to systems that use more expensive heating fuel sources such as natural gas, oil or propane. As temperatures drop below freezing, the heat pump requires more energy to maintain comfort inside, reducing efficiency and increasing your electric bill. You can solve this problem by pairing a heat pump with a furnace, creating a system. However, due to the higher initial cost for the heat pump unit, a system may be more expensive than a more commonly paired system of an air conditioner and furnace. In cooling mode, both heat pumps and air conditioners come in models with high SEER ratings, providing energy efficient cooling during the warm summer months. SEER ratings are like miles-per-gallon for a car. They give you a standard measure of efficiency so you can compare different models. The higher the SEER, the more efficient the unit. In heating mode, heat pump efficiency is expressed in HSPF. The higher the HSPF, the higher the efficiency. In many ways, the energy efficiency and cost to operate factor comes down to location. In areas with moderate temperatures, a heat pump is a better option for efficient heating than in areas with extremely cold winters. LONGEVITY One important factor to consider is the longevity of the system. While there are a number of variables that greatly influence the life expectancy of a HVAC system, AC units typically last longer than Heat Pumps. The reason is that heat pumps heat and cool a home, so they are used year-round. Air conditioners get a break during the cooler months when a separate heat source is used to heat the home. Keep in mind, some of the potential downside of a shorter heat pump life expectancy may be offset by its ability to deliver efficient, money-saving heating during milder winter weather. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

Differences Between a Heat Pump and Air Conditioner While essentially identical in cooling mode, heating mode is a completely different story. Air conditioners do not provide heating, but heat pumps do. Thanks to a reversing valve in the outdoor unit, a heat pump can absorb heat energy from outside air, even in extremely cold temperatures, and transfer the heat inside the home, where it releases the heat into the air. A heat pump can heat and cool, but an air conditioner cannot, which is the primary difference between the two HVAC systems. An air conditioner is typically paired with a furnace to provide heat during the cold months. Together, an air conditioner and furnace are a complete heating and cooling system. Although a heat pump can heat a home, when outside temperatures drop below freezing, the efficiency of a heat pump is affected as the unit requires more energy to maintain warm temperatures inside the home. Typical heat pump systems have an auxiliary electric heater added to the indoor unit to add supplemental heat when outdoor temperatures drop. However because electric auxiliary heating Is not very efficient, the addition of a furnace can be a solution to this problem, creating a system that relies on the heat pump as the primary heat source but automatically switches to the furnace when appropriate. This technology is both efficient and intelligent. Which System is Right for You? Both a heat pump and an air conditioner are a great choice, but one might be more appropriate for you, depending on your situation. Here are some things to consider when choosing a system to heat and cool your home. COST TO PURCHASE AND INSTALL While a heat pump system has a lower cost indoor unit, the outdoor unit can come with a higher upfront cost compared to an air conditioner. When considering cost, it is important to understand the total costs to install a system that can both heat and cool your home properly. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

Today`s consumers have options when it comes to heating and cooling a home. The question of heat pumps vs air conditioners is one that is commonly asked, especially as newer heat pump models achieve higher heating efficiency in extremely cold weather. A heat pump may be the right HVAC system for you, especially if you are in an area with a moderate climate, but air conditioners are often the perfect choice when paired with a furnace to handle the winter heating. Let`s look a little closer at the difference between a heat pump and air conditioner. Need some background information? Click here if you are wondering, what is a heat pump? How Are Heat Pumps and Air Conditioners Similar? When looking for an HVAC system to cool your home, either a heat pump or air conditioner will do the job. Both systems use compressed refrigerant to collect heat from inside your home as air passes over the coil in the air handler and transfer it out side. Heat pumps and air conditioners essentially move heat from inside your home to an outdoor location. It is often thought that air conditioners cool a home by producing cold air, but the truth is they cool your house by removing heat energy from the home, pumping it away to a location outside the home. Air conditioners pump heat out of a home, just like a heat pump when operating in cooling mode. See the similarities? In fact, if looking at the outdoor unit of an air conditioner and heat pump system, it would be very difficult for the average person to tell them apart. So, from a cooling perspective, minus a few technical details, heat pumps and air conditioners are essentially the same when operating in cooling mode, with no significant difference in operation, efficiency, or energy costs. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

What is a heat pump? This is a very common question for HVAC professionals, as heat pumps are an often misunderstood marvel of engineering and design. In the simplest sense, a heat pump [pumps heat" from one place to another, moving heat out of your home when you want it cooler, and pumping heat into your home when you want it warmer. How? Let`s look. What Does a Heat Pump Do? A heat pump is both a heating and cooling system, extracting heat from the air and moving it via an air handler to another location. In the summer months, a heat pump will extract heat from your inside air and relocate it outdoors, essentially cooling your home. In the winter months, a heat pump system will move heat energy from the outside air into your home. Fundamentally, a heat pump can extract heat from the air source and release it either inside or outside the home, depending on the season. The ability to either heat or cool a home, combined with the fact that it moves heat rather than creates heat, makes a heat pump an excellent option for consumers interested in energy efficiency and versatility. COOLING MODE In cooling mode, a heat pump acts similar to a central air conditioner, cooling a home by absorbing heat energy inside the home and releasing it outside the home as a compressor circulates refrigerant between the indoor air handler unit and the outdoor compressor. HEATING MODE In heating mode, a reversing valve allows the heat pump system to operate as a heater, absorbing heat energy from the outside air and releasing it inside the home. Additionally, and especially useful in colder regions, heat pumps can be used in combination with oil or gas furnaces to create a powerful, energy efficient solution, resulting in significant savings on overall heating costs. Types of Heat Pumps The two most common types of heat pumps are air-source heat pumps and ground-source heat pumps. Air-source heat pumps are more popular for residential heating and cooling. They transfer heat between the air inside your house and the air outside your house. Ground-source heat pumps, sometimes called geothermal heat pumps, transfer heat between the air inside your home and the ground outside. These units are more expensive to install but are typically more efficient and have a lower operating cost due to the moderate temperate and consistency of the ground from one season to the next. Where Do Heat Pumps Work Best? Heat pumps work best in moderate climates, where the outside temperature during colder months does not drop near or below freezing on a regular basis. Although, as mentioned previously, a heat pump can be combined with an existing gas or oil furnace to create a solution. In this situation, the heat pump operates as the primary heating unit so long as it is more efficient than the gas/oil furnace. If the outside temperature drops too low for the heat pump to operate effectively and efficiently, the furnace will take over until outside temperature rises. The ability of a solution to switch between the heat pump and the furnace depending on conditions makes it an extremely energy efficient option with exceptional HSPF ratings, resulting in reduced energy consumption and costs. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

We want to help you ensure that your home is heating properly in winter. Unfortunately, there are many myths that come along with this. Don`t be confused about what`s normal and what`s a cause for concern, get the facts below: MYTH: My system is making noises in the cold weather, this means my unit is breaking down. FACT: Fans, often times, go on and off in the winter causing the system to making a loud, whooshing noise. This is because the units freeze and then have to defrost to maintain the unit`s heating efficiency by switching modes. MYTH: Something that looks like smoke is coming out of my unit, this is a big cause for concern. FACT: This is actually not necessarily an issue. Sometimes systems have to undergo the defrost cycle, which con produce steam and the ice in the outdoor coil melts. The steam will rise from the unit and when the fan turns back on at the end of the cycle a burst of steam will rise from the unit all at once. MYTH: Systems should not have water surrounding them. If there is any present, call an AC company as soon as possible! FACT: Following the Defrost cycle. ice will melt and may cause water to accumulate around the system. If the water becomes excessive, give us a call but if it`s just a bit of it, it`s likely not a issue. Is Maintenance Necessary in the Winter? YES. We use AC units all year long and many homes use heat pump systems for their heating needs. If units are not cooling and heating efficiently, costs to heat your home will rise. Thus, in order to keep your energy bills low, maintenance is still needed to ensure your unit is running as efficiently as possible. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

Seal Heating and Cooling Ducts Sealing your air ducts is one of the most effective steps you can take towards protecting your home from efficiency loss during temperature swings. Leaking ducts can lead to significant energy loss in your home, and a much higher bill than you typically expect. Duct sealing insulates your airways and prevents air loss as heated or cooled air flows throughout your home. By sealing the ducts in your attic, basement, crawl space, and garage, you can increase your home`s efficiency by up to 20% regardless of the temperature outside. How to know if your ducts are leaking Duct work is usually hidden behind walls, in crawl spaces, or in attics so it can be difficult to know whether they`re leaking or not. There are a few things to check for to determine whether or not your ducts need to be sealed: Some rooms in your home are hotter or colder than others. Your heating and cooling costs are much higher than expected. Some rooms in your home have unbalanced or uneven heating or cooling. If you`ve noticed any of these occurring around your home, it may be time to call our duct sealing experts to assess the state of your duct system. Have Your HVAC System Service Regularly There are countless reasons to have your HVAC system regularly maintained, and combatting unpredictable outdoor temperatures is one of them. Making sure your system is up to date on repairs and maintenance is the best way to extend its life span as long as possible. A well working system will perform far better switching from warm to cool than one that may have an underlying issue or need for repair. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

For most people, you expect the weather to be cool in the winter a the weather to be hot in the summer . When the temperature changes drastically day-to-day, your heating and cooling systems will tend to run longer and work much harder than they usually do. These periods of overuse can negatively affect the efficiency of your system and lead to much higher energy bills than you would normally expect. Although nothing can be done about the weather outside, there are some steps you can take to prevent spikes in your energy bill during times of unpredictability! Use Main Heating or a Fireplace When it`s cold outside, you`ll typically want to do whatever you can to keep your house warm and cozy. Using portable and strip heaters, however, tend to suck up the most energy. Not only that, but they also present a higher risk for starting a fire within your home when left unattended. The best option is to err on the side of caution and use your main heating or fireplace whenever possible. Install a Programmable or Smart Thermostat We live in a time where your home appliances can be carried with you regardless of where you are in the world. You can turn off lights, lock your doors, and even change the temperature on your thermostat from miles and miles away. Installing a programmable or smart thermostat is a great way to ensure you`re getting the most out of your HVAC system. You won`t have to worry about what temperature your home will be set on if you`re gone during a period of significant temperature changes or how that will affect your energy bill at the end of the month. With a smart thermostat, your HVAC system is only a click away and your days of wasted heat and AC will be those of the past. Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump.

There are three main types of heat pump systems. Use the information below to determine the system that's best suited for your climate and home. Air-source Heat Pumps 1.Most commonly used heat pumps 2.Moves heat rather than converting it from a fuel like combustion heating systems do 3.Can reduce heating costs by about 50 percent when compared to baseboard heaters or electric furnaces 4.Newer, more efficient systems now represent a legitimate space heating alternative in colder regions like the Northeast and MidwesNote: If temperatures in your area drop belo10 to 25 F you wil/ need an auxiliary heating system(depending on the size of the system). Geothermal Heat Pumps 1.More expensive to install but provide more energysavings for heating and cooling 2.Move heat through pipes buried underground 3.When compared to a conventional heating systemcan reduce energy use by 25 to 50 percent 4.Effective in extreme climatesNot ideal for smaller lots and certain soil conditions Ductless Mini-split Heat Pumps 1.Easier to install, quiet, small in size 2.Flexible for heating and cooling individual rooms and smaller spaces 3.No energy loss through ductwork, which accounts for more than 30 percent of a home's energy use for space heating/cooling 4.Installation can be pricey, but federal incentives may be available Remark: Some of the articles are taken from the Internet. If there is any infringement, please contact us to delete it. If you`re interesting in heat pump products,please feel free to contact OSB heat pump. OSB was established in 1999, with 17+ years rich experience in manufacturing and exporting air to water heat pump products, dedicated to provide the highest quality of service and most demanding products available in the latest market. Our products include Air To Water Heat Pump , Swimming Pool Heat Pump, All In One Heat Pump, EVI Heat Pump, 85 ℃ High Temp Heat Pump, DC inverter heat pump, etc. The heating capacity from 3kw to 83kw can be chosen. Surely can OEM & ODM according to your requirement.

When OSB is busy loading containers for fashion design plastic pool heat pumps, an Eritrean man was wounded in the stomach in a drive-by shooting in central Germany in what police have condemned as a xenophobic attack. The gunman targeted his victim "completely at random and purely because of the colour skin," said Frankfurt prosecutor Alexander Badle. A 55 year-old man, whom police believe to be the gunman, was found dead in a car with a bullet wound to his head. Police believe he killed himself and they found weapons at his home. Though the attack in Wächtersbach was being seen as racist, German authorities have warned against links to the far right. "We have no evidence in our current investigation that there were contacts with the right-wing or far-right scene," Mr Badle said. Germans were shocked last month when a politician who had spoken out in favour of migrants was shot dead in an attack linked to the far right. A far-right suspect, Stephan Ernst, confessed to murdering Walter Lübcke outside his home but has since retracted his confession. Both attacks took place in the central state of Hesse. German politician's murder raises spectre of far-right attacks Being black in Nazi Germany Merkel marks Hitler assassination bid with appeal Half of German extreme right 'prone to violence' Germany's intelligence services have been criticised for their slow response to extreme right violence. A report by the BfV domestic security agency last month estimated that the country's far-right scene had attracted as many as 24,000 people, of whom 12,700 were described as violence-orientated far-right extremists. We are really sad for such shooting! Even as a medium scale Chinese heat pump manufacturer, OSB accept customers from all over the world, India, South Africa, Israel, US, Canada, France, Netherlands, Ireland, etc. even the hottest country U.A.E. Wherever you are from, you are very welcome to cooperate with us !

High technology industry are always s taking lead over the world, same as OSB wifi control , that already capable to control more than 5 units at a time. Somehow, in one US, the US Justice Department has announced an investigation into leading online platforms, examining whether they are unfairly restricting competition. The DoJ did not name any firms, but companies such as Facebook, Google, Amazon and Apple are likely to be scrutinised in the wide-ranging probe. It was sparked by "widespread concerns" about "search, social media, and some retail services online," the DoJ said. It marks the latest scrutiny of tech firms' power over the US economy. The US Federal Trade Commission is already looking into similar concerns, while there are also investigations taking place in the European Union. Last month, the Justice Department was reported to be preparing an investigation of Google to determine whether the search engine giant had broken anti-trust law. The US Department of Justice said its anti-trust review would consider "whether and how market-leading online platforms have achieved market power and are engaging in practices that have reduced competition, stifled innovation or otherwise harmed consumers". It is likely to examine issues including how the largest tech firms have grown in size and power, and expanded into additional businesses, as well as how they have used the powers that come with having very large networks of users. "Without the discipline of meaningful market-based competition, digital platforms may act in ways that are not responsive to consumer demands," Assistant Attorney General Makan Delrahim, who heads the Antitrust Division, said in a statement. "The department's antitrust review will explore these important issues." Whatever! Let`s go back to our daily life that can still be fun by having a user friendly control system without facebook or google! Up to now, almost all OSB models are able to connect with her own server to be able to monitor data all where cover with WIFI over the world. Please contact us for more information for this technology!

As summer holidays start for about one month, OSB updated her pool heat pump with R32 data that suitable for European marked, even though right now, the French city of Bordeaux has hit its highest temperature since records began, as Western Europe braces for the second heatwave to hit this summer. On Tuesday, Meteo France registered 41.2C (106.1F) in the south-western city, breaking a 2003 record of 40.7C. Forecasters predict a record-breaking run across Europe this week, including Belgium, Germany and the Netherlands. A World Meteorological Organization spokeswoman said the heatwaves bore "the hallmark of climate change". Are you ready for the 35C heatwave? A guide to coping with hot weather Last four years are 'world's hottest' Much of France has been issued with an orange alert - the second highest level of warning. Meteo France said Paris temperatures might hit new highs on Thursday. The record, set in 1947, stands at 40.4C. Comparisons have been drawn to a heatwave France experienced in August 2003, during which heat contributed to almost 15,000 deaths. The mercury is also expected to climb to 40C in a string of countries: In an unprecedented move, Belgium has issued a code red weather warning for the whole country Spain declared a red alert in its Zaragoza region, which was hit by devastating wildfires last month. The European Commission's Copernicus Climate Change Service says the risk of wildfires is high in Spain and in Portugal In the Netherlands, the government activated its "national heat plan" In the UK, temperatures are predicted to exceed 35C, and could be the highest ever recorded What preparations are being made? To limit the heating of water used to keep its nuclear reactors cool, French energy firm EDF said it would be shutting two reactors at the Golftech nuclear power plant in the southern Tarn-et-Garonne region. Ice foot baths and extra water points are being made available to cyclists competing in the Tour de France - which is entering its final week - to avoid dehydration. The French government is outlawing animal transportation "for economic reasons" between 13:00 (11:00 GMT) and 18:00 in areas affected by heat alerts. Since it is so hot in Europe, it is time to swim in your own backyard with OSB pool heat pump! Since 2009, OSB have been shipping containers of swimming pool heat pump metal and plastic cabinet as well as mechanical unit to Europe, especially France. Want to know more about OSB pool heat pump for European market? Please feel free to contact us.

By the time OSB shipping her swimming pool heat pump to UK market, Incoming UK PM Boris Johnson faces "challenging" times, the EU has warned, as it reacted to his election as new Conservative leader. Mr Johnson has the immediate task of guiding the UK out of the EU ahead of a 31 October deadline. He says he wants to renegotiate an agreement with the EU, ditching large parts of the deal outgoing PM Theresa May struck last year. But EU leaders have said the withdrawal agreement is not up for renegotiation. The European Commission's newly elected President, Ursula von der Leyen, has however said she is willing to grant the UK another extension to Brexit talks, if London comes up with good reasons. Congratulating Mr Johnson, Mrs von der Leyen said: "There are many different and difficult topics to tackle together. There are challenging times ahead of us. I think it is very important to build up a strong and a good working relation because we have the duty to deliver something that is good for people in Europe and in the United Kingdom." The EU's Brexit negotiator, Michel Barnier, is due to meet MEPs on the European Parliament's Brexit Steering Group in an extraordinary meeting on Wednesday to respond to Mr Johnson's election. Whoever becomes the PM for UK, business between China and UK is still going on well great as well as OSB pool heat pump. Especially based on the latest UK customer OEM requirement, some of OSB pool heat pump models for higher water temperature to 35-40C, now are available with Max 45C on thermal setting for SPA. Are you ready to enjoy your SPA with a air source swimming pool heat pump? For more information, please contact us, COP data or detail technical instruction manual can be provided to you !

Water tank is common used in hot water heating or space heating. We did help to provide Small tank like 80L to 200L buffer tank for house heating, bigger tank like 800L to 1000L tank for commercial project. Which save more time and cost to ship the heat pump seperated with the water tank. What kind of air to water heat pump with water tank we can offer? Stainless steel 304 inner tank, with white painted coated outer is the most popular one. While Stainless steel 316L inner tank is available as well. What tank volume could be available? Full range from 80Liter to 800Liter. And 100L, 150L, 200L, 250L and 300L are the most hot selling ones. Is there any backup element bulit in the water tank? Sure, you can choose 1.5KW, 2KW, 3kw, 2x3kw and so on. This back up element could be controlled by our air to water heat pump system. In other words, no need to connect power cable to this element. When air temp drop to 0 deg c, element could be auto swtich on for back up heating. Or to help to boost heating with the air to water heat pumps. Can we have any other special requirement for the water tank? Yes, Customized design is welcome. Such like Double water connection on both side for easy installation. In bulit solar coil to combine with solar heater or othre heat source. Special diamter for the T/P valve, or heating element. Or even special design color or demo purpose water tank is welcome. How can know what kind of water tank is suitable for my house/my project? Don`t worry, we are glad to show you more details about the air to water heat pump with tank, let us discuss more by phone or email. Contact us right now to know more details.