建設替代能源電力系統

　　發電替代能源系統是關鍵產品開發項目。作為產品運行成本的直接組成部分，運行它的能量的產生和訪問現在是設計周期的一部分。納米電子學、電力創作/調節壓電接口，和PV都方法被用于基礎設施水平和移動設備。這些能量收集選項的設計和應用，在系統的其余部分中，現在是使用模型的關鍵部分。開發工具包允許同時進行能源和消費產品的軟件開發。

　　低功率系統

　　當人們談論“非電池”供電系統時，他們首先想到的是令人印象深刻的八位數字、四功能太陽能計算器（見圖1）。這些設備從高技術到商品化的產品，功率優化，低成本的項目，現在可以作為一個贈品。關鍵是降低操作功率和峰值電流。這些更改是通過設計技術實現的?，F代移動設備基于工藝改進和設計的功率降低。其結果是，較大的系統現在可以在替代能源產生組件提供的電力預算內運行。

　　These new systems need to operate both at low voltage （3.3 V and below） and low current （sub-mA range）。 To help manage these designs， external power regulators and storage elements are used to hold the power stable while the circuits run. These low-power designs are identified by their typical “cyclic” peak power patterns that result when the logic switches on the edge of the synchronous clock， or when analog signals are latched into the digital interface section. A key performance aspect of these low-power designs is the software development kits that come with them. They allow applications and functions to be built that， when run， keep the electronic systems inside the low-power envelope for which the design is targeted. The systems are available in two forms： turnkey development systems with a power source， low-power electronics and software development kit （SDK）， and as standalone low-power products and standalone power generation components which need custom software limits to make the applications works.