Author ：Iflowpower – Portable Power Station Supplier
Ultra low power energy collection method to grab the city. Under the trend of the Internet (IoT) technology, a large number of small devices and wireless sensing nodes have emerged, driving energy collection technology application demand gradually climbed; seeing this trend, intention of the semiconductor (ST) launched super Low Power Energy Collection Pioneer Circuit (IC), seizes the market. MatteolopResti, vice president and general manager of the industrial and power conversion business group, said that the conversion efficiency of energy acquisition methods continues to increase, and the amount of power demand for the traditional system has begun to decrease, so the energy acquisition method will continue to be used, and The environment brings more benefits, and reduces equipment merchants' maintenance costs.
In fact, through the energy acquisition method of collecting ambient light or thermal energy, it has been powered, and the wireless sensor, intelligent building and industrial control equipment, even wearable equipment, can reduce the appearance of carbon dioxide, and reduce the battery. Or the use of the charging cable, making the overall network ecosystem more perfect. Looking forward to the future, millions of equipment will take the small power through environmental energy collection methods, and are introduced to the office, general home, hotel, industrial building, transportation construction and electric vehicles.
Optimistic about future energy acquisition method business opportunities, integrating multiconductors to express ultra-low power energy collection ICs, integrate multiple functions, in line with miniaturized design trends, saving original material list (BOM) cost. The company's 1.8 volts (V) and 3.
3 volts regulators (Regulator) do not require additional components, which can be powered for auxiliary microcontroller (CompanionMCU) or wireless transmitter; and built-in maximum power tracking (MPPT) Function, optimized energy acquisition method charging performance. Most importantly, the energy acquisition method supports a variety of battery types, including lithium ions, lithium-polymer, all solid thin film lithium ion batteries, and super capacitors ( Supercapacitor), etc.
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