Energy Harvesting

IDTechEx has recently launched an online browser-based Market Intelligence Portal , bringing you in-depth market intelligence and independent analysis throughout the year.

The market for dye sensitized solar cells (DSSCs) is forecasted to slowly grow to over $130 million by 2023 according to market research company IDTechEx, as discussed extensively in the newly published report Dye Sensitized Solar Cells (DSSC/DSC) 2013-2023: Technologies, Markets, Players.

IDTechEx Research finds that the electroactive polymer (EAP) market will be US$ 245 million in 2013.

IDTechEx, the leading Research and Events company covering emerging technologies, has launched new subscription offerings across its range of topics.

The winners of the IDTechEx Energy Harvesting and Wireless Sensor Networks Awards were announced at the 5th annual conference and exhibition in Berlin, Germany on Wednesday the 17th of April during the keynote sessions.

For more information on the topic of thermoelectrics and how they can be used in energy harvesting applications, attend Energy Harvesting and Storage in Berlin, Germany, on the 17th and 18th of April 2013.

Energy harvesting - harvesting abundant energy from the environment to power small devices or assist larger devices - has secured a sure foot-hold in building and industrial markets, powering wireless sensors to improve efficiency, reduce costs and increase automation.

The days when piezoelectric energy harvesting was considered unreliable and had low power output are long gone. Hand in hand with the development of ultra low power electronics, energy harvesters have been drastically improving also.

Recently there has been consolidation in the RTLS and WSN market, with acquisitions of companies such as Aeroscout, MicroStrain and Dust Networks.

Working on developing prototypes and innovative products incorporating wireless sensor and energy harvesting technologies, presentations from electronics giant Intel and innovative start-up NovioTech will excite attendees with their proposed solutions to achieve optimized power consumption performance characteristics.