The global market of energy harvesting system is witnessing significant growth due to the growing demand of energy, as this system captures even a small amount of energy that is wasted in day-to-day industrial processes. The factors driving the energy harvesting system market include the demand for safe and durable power source, increasing implementation of Internet of Things (IoT) for building automation, and increasing number of green environment initiatives by the government across several countries.
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Energy harvesting technology is one of the most promising advancement, as it supports in the global problem of energy saving without depleting the forms of energy. It is a technology that converts the excess energy available in environment (such as solar power, thermal energy and wind energy) into usable energy for low power electronics. The energy derived from these sources are captured, accumulated, stored and managed by energy harvesting system for viable purposes. Energy is also harvested by scavenging low-grade ambient energy, or wasted energy sources such as incident light, vibration, electromagnetism, radio frequency (RF), human body functions, and temperature gradient. This technology can be used as an alternate source to feed a primary power source, thus enhancing the overall reliability of the system. The new technical developments have increased the efficiency of these energy harvesting systems, capturing even fraction amount of energy and transforming them into electrical energy.
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Energy harvesting reduces the dependency on battery power and harvest free source of energy. The increasing governmental support for the energy harvesting and energy storage technology is likely to drive the market in future. The lack of awareness...