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Flat-screen TVs, alongside other products of sustainable development, have been receiving significant attention in recent years. Following this trend, consumers prefer the eco-friendly alternatives to the outdated analog TVs; and flat-screen TVs with reduced energy consumption are the logical solution to the problem. According to the research, if all the energy-inefficient broadcasting devices are substituted with light-emitting diode (LED) displays and backlit liquid crystal displays (LCD), the overall energy consumption will be reduced by 32 terawatt-hours [TWh] (Park et al. 999).
Consequently, it is possible to save money on energy bills in the long term by acquiring an energy-efficient flat-screen TV. Furthermore, the consumers can deliberately change the settings of energy consumption by utilizing the smart power system. The vast emphasis on sustainable development, eco-friendliness, and unique capabilities is the distinguishing characteristic of the analyzed product.
Amazon Flat-Screen TV for Life also has a number of novel features that differentiate this product from the rest of the flat-screen TVs. First, the manufacturers utilize eco-friendly wiring materials and recyclable supplies for the frame of the device. Secondly, it is possible to improve upon the commonly used LED/LCD type by calculating the perfect ratio of screen size and the density of the diodes (Park et al. 1005).
Lastly, the innovative smart power systems might allow saving up to 40% of energy consumption by adjusting the brightness of the display (Park et al. 1005). Overall, the increased popularity of sustainable development and eco-friendly products paved the way for the technological advancement and creation of energy-efficient digital devices. Amazon Flat-Screen TV for Life is a functional combination of technological progress, creative approach, and unique characteristics, which make this product stand out in the market.
Work Cited
Park, Won Yong. Energy Savings Opportunities in the Global Digital Television Transition. Energy Efficiency, vol. 10, 2017, pp. 999-1011. Web.
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