The world is standing at the brink of a possible energy crisis. Although some scientists are saying that renewable energy might go mainstream and it might save us from this, there’s no way we can be sure. Even to produce renewable energy, for example, solar energy, we need rare elements like Silicon and Lithium. These have limited reserves all over the world and might not prove to be the definitive solution that we are looking for. However, on an individual level, there’s one way to tone down this danger. It is by converting our houses into a passive house for energy conservation.
If you are wondering How to Make Your Home More Energy Efficient and Save Money, then the answer lies in this article. Out of the many techniques, there are in the market, one of the solutions you can opt for is a passive house for energy conservation. This is a concept that helps to reduce the energy consumption of your house and reduce your energy bills as well. This concept helps to make homes economically, and produce a good microclimate in a building.
What makes passive homes so energy efficient?
Passive houses consume less than quarter of the energy required for a standard building. The passive house for energy conservation is a concept that does not need a separate heating system. This is because it has heat recovery ventilation for conserving energy.
Benefits of passive houses
The initial investment in a passive house may be larger than in a normal house, but the operating and life cycle expenses will be remarkably lower than in a normal house. It has environmental benefits, economical benefits, social benefits and benefits for inhabitants. Here we share 7 ways to get a passive house for energy conservation:
7 Ways to convert your house to passive house for energy conservation
1. Solar design and landscape
One of the best things about the passive house is that the design is not only beautiful to look at but beneficial as well. These sorts of houses help to preserve energy and make a perfect edition to any community or neighborhood. You can also use these buildings to maximize passive solar gain. While conceptualizing these sorts of houses the main factor that you have to keep in mind is the placement of the windows.
A Passive house for energy conservation can get the maximum benefit when the window orientation is in place. Windows-oriented towards the equator south in the northern hemisphere and north in the southern hemisphere. If you are remodeling your home, try to get the south windows enlarged. For people living in hot climate region should take precaution in putting widow glass as it causes overheating.
2. Super insulation
Another aspect of a passive house for energy conservation is the super insulation. In comparison to conventional homes, these eco-friendly homes help to prevent the heat from seeping inside. Mostly, hot air flows in through the walls and roofs of the house apart from the gaps on the floors. To prevent this from happening, you need to ensure that you have a good insulation in place.
Although there is a wide range of thermal insulation materials in the market, none of them can really do much if you do not pay attention to the way you design your house. You need to pay special attention to eliminate the thermal bridges to provide the high R-Value. While doing this, you also need to remember that given the fact that these extra dimensions helps in many ways, it also reduces the internal floor area.
3. Plant trees
One of the easiest energy conservation home techniques is planting trees. If you are planning to convert your home into a passive house, trees will help in various ways. During the summers, it will help to keep the immediate surroundings cool. In winters, they help to reduce the impact of the cold climates in many ways and act like windbreakers.
By planting differently sized trees in and around your house will benefit you and help to keep your bills under control. Plant shade trees on the east and west sides of your home to shade low angle, morning and evening summer. Grow large evergreen trees on the appropriate side of your home to shelter it from prevailing winter winds.
4. Air tightness
Building envelopes in a passive house for energy conservation can make a big difference. They are nothing but physical separators between unconditioned and conditioned environments’. These barriers help to seal the construction joint care gully to enhance air-tightness. The building envelope is also a perfect way to enhance the mechanical ventilation system to recover the heat before discharging the air externally. They equally contribute to the properties of ecofriendly homes
5. Ventilation of the passive house for energy conservation
The passive method of natural ventilation plays a big impact in ecofriendly homes. With the help of a singular or cross ventilation, you can enhance the efficiency of the house. This is possible with the help of smaller and larger ingress windows. Even clerestory openable skylights will help to generate the necessary results. The alternate method is to use a heat exchanger for the earth to air property. This will help to reduce the heat within the house drastically.
6. Space heating
Passive houses make extensive use of their intrinsic heat from internal sources such as waste heat from lighting, while goods i.e. major appliances and other electrical devices but not dedicated heaters as well as body heat from the people and other animal inside the building. This is due to the fact that people on average emit heat equivalent to 100 watts each of radiated thermal energy. Together with the comprehensive energy conservation measures taken, this means that a conventional central heating system is not necessary although they are sometimes installed due to client skepticism.
7. Lighting and electrical appliances
Another ideal way to maximize the energy efficiency of your house is to adapt the lighting technique. You can choose to go with sustainable lighting during the night and stick to the low or no light during the day. LED lamps and lights are equally helpful and add to your home decor using low energy sources such as standard voltage compact fluorescent lamps and solid-state lighting with light emitting diode (LED lamps) will also do the trick. Organic light emitting diode and polymer light emitting diodes (PLED) and low voltage electrical filament incandescent light bulbs. Other options also include the use of compact metal halide, xenon and halogen lamps.