遷移到數(shù)字電源轉(zhuǎn)換和管理的綠色未來(lái)

　　智能能源意味著發(fā)電、分銷和消費(fèi)的智能化程度。在某種程度上，這是強(qiáng)加給公用事業(yè)公司的政府，但它的深入遠(yuǎn)遠(yuǎn)超過單純的立法。一個(gè)更廣泛的社會(huì)良知意味著它現(xiàn)在影響權(quán)力如何處理的所有形式和各級(jí)。

　　‘智慧’越來(lái)越嵌入米，電器，機(jī)械和建筑的目的是幫助控制能量。不斷擴(kuò)大的全球人口和有限的化石燃料，加劇了對(duì)環(huán)境的負(fù)面影響，利用這些資源，導(dǎo)致世界能源格局發(fā)生變化。

　　Renewable energies are becoming more relevant. The IEA recently published data indicating how the key areas of energy generation and consumption are furthering the objectives of the Paris Agreement. Electric vehicles， solar PV and onshore wind farms are meeting current expectations， while other initiatives including carbon capture and storage and improved efficiency in coal-fired power generation are not. Indicators for other forms of renewable energy such as nuclear power and energy storage show more effort is required， as do end markets such as transport， industry， and consumer applications such as appliances and lighting.

　　A large factor in energy inefficiencies is the conversion stage which naturally incurs losses， but techniques and technologies being developed can help minimize them. The industry continues to transition to a digital domain， which offers greater control， flexibility and efficiency than a purely analog approach. As a result of this transition， there are a growing number of solutions available that combine a range of features specifically targeting power conversion.