Why Choose a Solar Heating and Cooling System

It's easy to see the attraction of using solar power to heat and cool your home as it is free and very clean. Solar power has next to zero impact on the global climate in comparison with conventional electricity that produces emissions that can be harmful to the environment. It's renewable, and this is especially important when other energy resources are becoming scarce. If the sun is shining then electricity can be generated. By installing a solar heating and cooling system in your home you'll be able to use less electricity from your utility company, helping to lower your heating and cooling costs. It may even be that your area offers incentives for installing renewable energy systems. In addition having a solar heating and cooling system can help add value to your home. It's the sort of thing that homeowners are now looking for and will help it to sell more easily. Energy prices are never going to fall and a solar power is extremely reliable. If you are thinking about having a new heating system fitted this winter then it could be worth taking a closer look at solar energy.

How Does a Solar Heating and Cooling System Work?

The typical home solar heating and cooling system works through using photovoltaic cells to take the sun's energy and convert it into electricity. Most kinds use a grid tied photovoltaic system as this is the least expensive way to utilize this energy. This means when the photovoltaic cells aren't able to produce electricity, it is provided by the utility company’s grid. If the photovoltaic cells produce an excess of energy then it is fed back into the grid, resulting in your electricity meter actually going into reverse. The alternative is to have a stand-alone system that isn't tied to any type of grid and which provides all the energy needed for home comfort. These types of systems are generally more expensive to install but may be good for people who live in remote areas where access to utility companies is quite costly.

Is Your Home Suitable for a Solar Heating and Cooling System?

Not everyone's home is suitable for this type of system, so it's essential to get a full evaluation from a trained installer beforehand. It's best if you have a roof that has a southern exposure and which isn't shaded by trees or other structures. The evaluation should be able to tell you the amount of annual solar energy that you could reasonably expect to be generated. You'll also need to check to see if your local utility company has a plan in place to enable you to sell back electricity generated by your system. They should be able to tell you about any possible rebates you may be eligible for.

Greener Heat, Even in winter

Solar energy has a number of advantages, and you can even start off with a relatively small solar panel and expand the modules at a later date once you have seen the potential energy savings that can be made. It is a great way to ensure you always have home comfort, and lower fuel costs mean you won't need to turn the heat down during winter.

Improving Indoor Air Quality for Winter

During the summer, most of us try to have our windows and doors open as much as possible to make the most of the fresh air and light, but now fall is well and truly here and winter is peeking round the corner and it's an excellent time to take a look at your indoor air quality. Did you know that poor indoor air quality is one of the five top environmental health risks? During the summer months this risk is mitigated due to the extra ventilation, but with the coming of winter it may be worth looking at an air cleaning device such as an ultraviolet air cleaner. These devices are designed to remove pollutants from the air, and can be installed in the duct work of a home. The best time to doing this is generally after duct cleaning has been carried out as it would then be able to clean the air throughout the whole house far more efficiently. You can also get portable air cleaners to just clean specific areas of your home. The choice isn't just limited to ultraviolet air cleaners as you can buy other different types of cleaners, all of which will help improve indoor air quality. It is best to ask a qualified installer for their opinion and advice.

Different Types of Air Cleaners Available to Remove Pollutants from Your Home

Different types of air cleaners on the market include air filters designed to remove particles, although these tend to be most effective at removing smaller particles that remain in the air for a longer period of time. There are also filters designed to remove gases, but these generally tend to be less frequently used and need replacing often. Others are biological filters and are designed to remove bacteria and mold spores. Certain types of mold and bacteria can be more resistant to normal and ultraviolet radiation, requiring long exposures to be killed.

Advantages of Improving Air Quality

The advantages of improving air quality, especially in time for winter are pretty obvious. This is especially true for homes where there are elderly people, small children or people who suffer from allergies or asthma. Improving indoor air quality could help reduce their symptoms, although some allergens are likely to remain as they tend to settle more quickly. This means householders who do install additional devices to improve indoor air quality will still need to take extra measures to control allergens, such as frequently vacuuming carpets and furniture and washing sheets and soft furnishings to help remove allergens. It is worth bearing in mind that air cleaning devices won't necessarily remove odors, as many tend to be designed to remove particles.

Carbon Monoxide Leak Detection for winter

During the winter months, carbon monoxide leaks can become far more of a problem, especially as this is a colorless and odorless gas that is extremely toxic. It can kill you before you are even aware it is present, and even at low levels can produce unpleasant symptoms that often feel like the flu. These include dizziness, nausea, headaches and fatigue, although they can vary greatly from person to person. In addition to making sure appliances are properly maintained, it's easy to fit an economical measuring device that will alert you if levels rise dangerously, and it could save your life.

The Advantages of Choosing a Hybrid System This Winter

Energy prices are going up and most families are worried about the cost of heating their home and are looking for ways to lower fuel costs. However it can be difficult to find a system that is absolutely perfect and this is where choosing a hybrid system could really pay off. This is a system that chooses the most cost effective way of heating the home and consists of several different components to optimize results. This includes the use of a heat pump to enable heating and cooling through electricity, as well as implementing the use of a gas furnace for those times when the temperature drops dramatically. It's this use of fossil fuels and electricity that increases the efficiency of the hybrid system, giving owners lower fuel costs. The advantages are easy to see as when it is very cold, gas furnaces are able to deliver blasts of heat, adding to the home comfort by making the house feel toasty. However, this isn't so great during the milder months, and the heat produced by a heat pump can be more preferable. Heat pumps deliver hot air at lower temperatures than traditional furnaces, and can often lead to a home feeling slightly more comfortable during milder months.

Hybrid Systems Automatically Switch for Energy Efficiency

Your hybrid system will automatically switch over to the most efficient way of heating your property so there's nothing for you to do but sit back and enjoy the benefits of lower fuel bills and increased home comfort. Heat pumps are very efficient at extracting heat from the air, even when it feels relatively cold outside. The advantage of doing so is that this heat is effectively free even though it still costs money to actually pump it inside the home. During the months when the weather isn't particularly cold, running a heat pump can be extremely effective. However, when the temperatures drop during winter it can become more economical to use a gas furnace. Hybrid systems will reach a certain point at which they'll switch over to using the furnace.

Cost Effectiveness of Using a Hybrid System

The cost effectiveness of using a hybrid system can vary quite a lot depending on the equipment used and the age of your system. Older systems and systems that have been poorly maintained will waste more energy. All hybrid systems will have a certain amount of manufacturer required maintenance, and this will almost certainly include a fall furnace tune up. And this time of year you should be checking to make sure the thermostat, air exchangers, humidifiers and air cleaners within your system are working correctly. Filter changes can help make the system more efficient, as can duct cleaning as this will allow the maximum amount of air to be pumped throughout the house.

Maximizing the Effectiveness of Your Hybrid System with Electronic Zoning and Thermostats

Electronic zoning and the use of multiple thermostats can help increase the effectiveness of your hybrid system. Certain rooms are always more difficult to heat and others, and using electronic zoning will help even out the temperature differences. Using multiple thermostats that constantly read the temperatures within their zone will enable the system to work accordingly. It's also great for those rooms you would like a little warmer or cooler.

The Growing Popularity of Geothermal Heating and Cooling Systems

The use of geothermal heating and cooling systems is growing considerably in both residential and commercial buildings. It's easy to see the attraction as green geothermal energy can be obtained just about anywhere, even in your own backyard, and is one of the cleanest sources of energy available. This technology has been around for quite some time as the first ground source heat pumps were installed back in the 1940s, but it has only recently come to the forefront.

Energy Savings Available by Installing Geothermal Heating and Cooling Systems

The energy savings available by using geothermal heating and cooling systems can be considerable, but do very according to the region and the type of system installed. It is well worth doing your homework before choosing the best system to give the greatest home comfort and energy savings. However this type of system will always be cheaper to run than conventional HVAC systems, and lower fuel costs are certainly something everyone wants these days. Energy prices have increased substantially over the past few years, and very few of us have money to waste in this way. The vast majority of homeowners who install these types of heating systems are very happy with their purchase, especially as they have a more energy efficient home, giving greater home comfort and lower fuel costs.

Getting ready for winter with a New Geothermal Heating and Cooling System

This is the perfect time of year to think about installing a new geothermal heating and cooling system, especially if last winter's fuel costs seemed a little on the high side. Older furnaces and heat pumps can be less than efficient, and installing a system with the greatest energy efficiency possible will not only help keep your family warm and cosy this fall and winter, but could also increase the value of your home. More and more people are looking for more energy efficient and greener ways of heating and cooling their homes, and it's definitely becoming a selling point. There's probably just enough time to start looking around for a suitable system to meet your needs that can be easily installed before the holidays. Anyone who spent the previous winter worrying about energy prices, and who spent much of the time turning down the thermostats, will love the luxury of having a warm home that is heated by green energy.

A Little Bit about How Geothermal Heating and Cooling Systems Work

The concept behind geothermal heating and cooling systems is really quite simple, regardless of where you live, the temperature can vary quite a lot above ground, but below ground it remains fairly stable year-round. The ground is able to remain warmer as it absorbs nearly half of the energy given out by the sun. This free energy is tapped into by the geothermal heating and cooling system, and the heating system uses an earth loop to draw out the heat stored underground before distributing it through air ducts as warm air. This heat can also be used to warm up water, or to warm up a radiant floor system. When your home needs cooling then the system works in reverse, extracting warm air from your home and moving back into the earth loop, or using it to heat water.