仔細(xì)看看能收獲的Cymbet能量收集的開發(fā)工具

　　當(dāng)生物電路開始進(jìn)入我們的產(chǎn)品，我們將需要喂養(yǎng)它們。想象一下喂你的iPad。在此之前，我們的技術(shù)依賴于通過線路、電池和發(fā)電機(jī)提供的電能。

　　但正如T. Henry Morray所說，“世界是海中的能量，“能量收集工程師終于在密切關(guān)注能源我們周圍，我們可以進(jìn)軍。而像Morray這樣的人，和特斯拉追求和顯示回避零點(diǎn)能量，輻射能量，真空能量，現(xiàn)代科學(xué)剛剛開始解開群眾，能量收集工程師專注于更具體了解市售的來源如振動、光、熱電、和電磁/射頻。

　　本文以不同類型的能量采集源的能量分布看一看‘下罩在Cymbet能量收集評估套件。該套件接受太陽能，熱，電磁/射頻和振動源的能量。然后，它使能量充電給公司的固態(tài)充電電池，在我們的電路需要時(shí)，它又提供能量。

　　Baseline of understanding

　　The different harvested energy sources have very different characteristics. As a result， a good understanding of them will let us design better ways to capture their energy without waste.

　　Photovoltaic solar cells are the most common and most widely deployed energy harvesting devices. They come in a variety of sizes and power ratings and provide a variable DC power level proportional to the incident radiant intensity at wavelengths to which they are sensitive.

　　Overall， three main types of photovoltaic solar cells are available， based on monocrystalline， polycrystalline， and amorphous crystalline materials.

　　Monocrystalline and polycrystalline cells are the oldest types and are based on silicon semiconductors in crystalline form. They implement the photoelectric effect based on the separation of hole and electron pairs when exposed to light （see Figure 1）.