Top Cooling & Heating Technologies For Cost-effective Business Growth

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Top Cooling Heating Technologies For
Cost-effective Business Growth
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• Effective heating, ventilation, and
  air-conditioning (HVAC) systems are essential for
  a productive factory or business.
• By controlling the air temperature and humidity,
  these systems manage the flow of air in a room to
  keep people comfortable.
• These systems are also utilised in many areas to
  make an atmosphere inhospitable to mould and
  mildew, as well as to filter out any other
  biological contaminants.
• Since global warming continues to have an
  influence on temperatures all year, the need for
  efficient district cooling systems is
  continuously increasing.
• Here are six different types of heating and
  cooling systems that your company may use to save
  money and enhance efficiency.

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Biomass energy

• Biomass refers to any organic substance that may
  be burned or processed to provide energy, such as
  agricultural residues, crops, wood, sewage
  sludge, and manure.
• Biomass energy may be utilised for both heating
  and cooling the heat generated by burning
  biomaterials can also be converted to
  electricity.
• A renewable refrigeration system, in which
  thermal energy (heat) is utilised to drive the
  chilling process is the most popular cooling
  system for this energy source.

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Geothermal heating and cooling

• There is a continuous supply of heat at the
  earth's core the deeper you dig into the ground,
  the hotter it becomes.
• To use the energy from this source, geothermal
  systems only need to excavate a few feet below
  the surface where the temperature remains
  constant.
• Heat pumps are used in geothermal systems to take
  advantage of the consistent temperature of
  geothermal wells beneath the earth to cool and
  heat a structure in the summer and winter,
  respectively.

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• According to EPA statistics, high-efficiency
  geothermal systems are 48 percent more efficient
  than gas furnaces, 75 percent more efficient than
  oil furnaces, and 43 percent more efficient when
  cooling.
• Other benefits include clean energy and the
  entire eradication of carbon monoxide hazards, as
  this technology produces considerably fewer
  greenhouse emissions than a typical furnace.

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District heating and cooling

• The production and circulation of cooling energy
  in a neighbourhood or district is centralised
  with district cooling.
• Through a network of subterranean pipes, it
  distributes cooling capacity in the form of
  chilled water from a central source to many
  buildings.
• When compared to typical air-conditioning
  systems, energy-efficient district cooling system
  saves up to 35 energy.
• This system has shown to be efficient not just in
  mines, but also in collecting water from nearby
  lakes and rivers, where the water temperature is
  naturally lower than the air.

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• District systems operate independently, so if you
  live in a remote location with a broken power
  source, you can rely on this system to keep your
  entire facility running.
• Apart from the benefits of district cooling cost
  savings, it reduces carbon footprint.

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Green roofing

• Green roofs are becoming more popular as a
  roofing option for commercial, industrial, and
  municipal structures.
• In green roofing, a building's roof is covered
  with plants and vegetation for insulating the
  structure and to reduce thermal heat absorption.
• As a result, the requirement for heating and
  cooling is reduced, and the service life of HVAC
  systems is extended.
• Green roofing can also help to increase the
  roof's lifespan by protecting it from the weather
  and other external factors.

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Smart thermostats

• Smart thermostats allow customers to change the
  temperature of their home.
• The latest models, which are connected to a Wi-Fi
  or cellular network for remote access, have even
  integrated Google Assistant, Apple's Siri, and
  Amazon's Alexa, allowing you to change thermostat
  settings without even leaving your bed.
• Most of these thermostats combine sensors,
  algorithms, and cloud computing technologies to
  learn the owner's behaviours over time.

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• They can indeed be linked to internet weather
  sources and calendar applications to predict when
  the owner will change his or her schedule and, to
  adjust the internal atmosphere according to the
  weather changes.
• These thermostats ensure that buildings remain
  comfortable while inhabited and energy-efficient
  when they are not.

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