Piezo Charger Proof of Market

压电是微电子领域中一个不断发展的能源发电领域，它可以通过应力、应变、运动和振动免费发电。压电器件的市场是高度多样化的，但传统上，目标应用具有相对较高的功耗，压电器件只能产生小功率输出，这限制了它们的潜力。然而，随着技术的进步，许多应用现在需要更少的功率来运行，因此使压电成为微型电子或led供电的可行方法。结合行业对节能和生态可持续产品的更强关注，这些产品消耗/使用更少的电力，这将导致范式转变，使压电技术在未来几年成为更有价值的解决方案。传统的压电器件使用锆钛酸铅复合材料（PZT）产生平滑的能量。当机械振荡（即振动）产生电。小晶体摩擦在一起)发生在振动运动中-其功率取决于其大小和结构的给定应用。然而，使用传统形式的PZT的缺点之一是输出功率通常相对较低。

Piezoelectricity is a growing area of energy generation within micro-electronics, whereelectricity is generated at no cost from stress, strain, movement and vibrations. The market forpiezoelectric devices is highly diverse but traditionally, target applications have relativelyhigh power consumption, and piezoelectric devices have only been able to produce smallpower outputs which have limited their potential.However, as technology advances many applications now require far less power to operate,thus making piezoelectricity a feasible method of powering micro-scale electronics or LEDsetc. Combined with the stronger focus of industry to create energy efficient and ecosustainableproducts that consume/use less power this is resulting in a paradigm shift allowingpiezoelectric technology to become a far more valuable solution in the coming years.Traditional piezoelectric devices use a Lead zirconate titanate composite material (PZT) togenerate energy which is smooth and flat. Electricity is created when mechanical oscillations(i.e. small crystals rubbing together) occur during vibrational movement - the power of whichis dependent on its size and structure for a given application. However one of thedisadvantages of using PZT in its traditional form is that the output power is typicallyrelatively low.