The Humming Bird Effect Heat Chart
Step 1: Smart Technologies for Regulating Heat
The advanced smart technologies for regulating heat in AD 2000 involves the use of electronic devices to control the heating systems in different environments. The modern heating systems are developed based on advanced technologies that make it easy to control the desired level of heat. Based on the designs used in the development of the heating systems, it is easy to regulate temperature using electronic devices. The modern home heating systems include technologies such as advanced window control and Next-Gen insulation.
Step 2: Solar Air Heating
During AD 1990, there was the development of solar air heating, which is a technology that involved the use of solar energy for cooking. The technology, which was established by SolarWall, focused on absorbing energy from the sun and use thermal technology to heat and condition buildings (Kumar & Rosen, 2011). The technology, which was a primary source of heat during this time involved the use of different collectors to trap the solar energy and transform it into heat that would be used in buildings. The solar air heating technology was used I processing heat applications that were used as different sources of heat for undertaking various activities that require high, moderate, or low heat.
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Step 3: Ground-Source Heat Pump
In the late 1940s, the heating systems used to produce heat was the ground-source heat pump. The heating system was invented by Robert Webber, who capitalized on creating a direct exchange ground-source heat pump to generate heat that would be used for different purposed in the society. The heating system gained on the use of heat from the ground by taking advantages of the moderate temperatures that are present in the ground. The heating system was a significant source of heat during the ate 1940s and 1950s considering that it helped in the provision of heat to be used for different purposes even during the winter season (Omer, 2008).
Step 4: Patenting the Central Heating System
In 1919, Alice Parker sought to patent the central heating system, which is an aspect that granted her the opportunity to distribute and supply the central heating system. During this time, Parker invented a heating furnace that would be used in the supply of heat in homes and in the commercial buildings. The invention of the furnace creates an opportunity for providing heating solutions to cold winters. The heating system during this time created a significant impact in the society considering that the system helped in reducing accidents associated with house fires, which were frequent due to the heating methods that were previously used to provide heat to the home and commercial buildings.
Step 5: Nichrome Wire Filament
In the early 1900s, Albert March discovered the Nichrome Wire Filament, which was regarded as the father of electrical heating. The nichrome wire filament has the ability to generate heat by creating enough resistance. The discovery helped in the provision of a heating solution during early 1900, considering that there no significant inventions that provide warmth during the time. The nichrome wire filament acted as a significant source of heat and could be installed in homes and commercial buildings to produce heat that was used in different activities. The characteristics of the wire filament enhanced the installation of the heating system across dwellings, which was considered a reliable source of heat.
Step 6: Electric Heater
In 1883, there was a significant invention that involved the electric heater, which was a significant invention towards the modern inventions of the heating systems. The electric heater was invented by Thomas Edison. The electric heater involved the use of an elongated glass bulb that helped in emitting heat that was generated. The electric heater served the purpose of producing heat in homes and other places that required heat. There were significant improvements that were made on the electric heater to help on enhancing safety measure and to improve on the effectiveness and efficiency of the heating system.
Step 7: Steam-Based Heating System
In the late 1700s, there was a significant invention of the Steam-Based Heating System, which was a substantial replacement of the stoves and other methods of heating that were previously used. The mastermind behind the invention was James Watt, who developed the heating system for his home using a boiler and different pipes. The steam from the boiler was trapped in the pipes to radiators or convectors, which lead to the production of heat that was necessary for heating homes. Although there were safety issues relating to the invention, it was considered adequate considering that it served the purpose of producing heat.
Step 8: Franklin Stove
During the early 1700s, Benjamin Franklin invented the Franklin stove, which was an advanced and efficient stove from the clay stoves. The Franklin stove was a metal-lined fireplace that had a hollow baffle near the rear and an inverted siphon that helped in drawing the hot fumes from fire to produce heat. The heat generated by the Franklin stove helped in heating up homes and acted as an advancement on the traditional wood fireplace, which was used in the production of heat during the winter season (Rogers & Leonard, 1965). The Franklin stove produced less smoke and more heat, which was a significant factor that enhanced safety.
References
Kumar, R., & Rosen, M. A. (2011). A critical review of photovoltaic–thermal solar collectors for air heating. Applied Energy , 88 (11), 3603-3614.
Omer, A. M. (2008). Ground-source heat pumps systems and applications. Renewable and sustainable energy reviews , 12 (2), 344-371.
Rogers, J. S. L., & Leonard, R. J. (1965). U.S. Patent No. 3,213,846 . Washington, DC: U.S. Patent and Trademark Office.
