News ( Ϝ 정품 시알리스 구입처 ┨ ♡②①⊙━№▩▶ ｃｉＡ７５6。ＮＥＴ ◀▩+..★.+☆ ㅃ 정품 비아그라 판매 사이트 ┣ 여성비아그라 구입 사이트 ∩ 이드레닌금액 ㎘ 프로코밀상담 ㈌ 정품수입산미국레비트라 직구 ㅦ 인터넷 시알리스판매 ㎠ 프릴리지 성분)
Ligna Energy shows off a wooden battery manufactured at Ynvisible Production. On the Left is Jakob Nilsson, CTO, and to his right Peter Ringstad, CEO. (photo: Lasse Hejdenberg / Hejdlösa bilder)
Ynvisible Interactive Inc. (Vancouver, Canada) has announced the first industrial scale production of an innovative and ground-breaking energy storage technology developed by researchers at Linköping University and the company Ligna Energy AB. Ligna Energy’s batteries are printed from residual material from the forest. The first industrial production run was carried out at Ynvisible Production in Linköping, Sweden.
In the race for ever higher efficiency levels, an Helmholtz Zentrum Berlin (HZB) development team has once again pulled ahead. The groups of Steve Albrecht and Bernd Stannowski have developed a tandem solar cell made of the semiconductors perovskite and silicon that converts 29.15 per cent of the incident light into electrical energy. This value has been officially certified by the CalLab of the Fraunhofer Institute for Solar Energy Systems (ISE) and means that surpassing the 30 per cent efficiency mark is now within reach.
The innovative ((rfid))-DistaFerr Global label with a dual-band antenna enables equal readability in the ETSI and FCC frequency bands which makes it suitable for worldwide use (photo: Schreiner ProTech)
The increasing electrification of on-board vehicle systems is one of the major trends of the 21st century, entailing the installation of more and more electronics, electronic control units, sensors and antennas in a vehicle. Therefore, the automotive industry increasingly relies on RFID marking solutions in logistics and manufacturing operations.
