The Electronics Goes Green 2016+ offers the place to show your results and innovations to the community. We would like to invite you to submit a contribution to our conference and to attend this biggest event on electronics and environment. Get familiar with the future trends and solutions towards sustainable development in the electronics sector and wherever electronic systems are employed!
Lifetime management
Reliability for sustainability:simultaneous consideration of environmental and reliability issues from component and system level to meta-structures and clouds
Automotive electronics:balancing reliability, efficiency, sustainability and costs
LED lighting: thermal management, material efficiency and lifetime
Energy efficiency
Reliable and sustainable energy supply: smart grids, power train and conversion
Innovative energy sources:energy harvesting and storage systems
Power management on system level: achieving load adaptivity
Material efficiency
Product design solutions for resource efficiency: decreasing material intensity, toxicity and criticality
Closing the material loops:remanufacturing, refurbishment, reuse, collection and recycling
Software and data
From big data to smart data:optimal use of IT resources, e.g. scalable green data centers, end-to-end network efficiency, local data aggregation
Software-hardware interaction:defining and programming green software
Cyber-physical systems: how to guide digitalization towards sustainability?
Technologies for the future
Modular configuration and customized products: matching functionality and user needs
Environmental effects of latest technology trends
Innovative value creation
Extended value chain through remanufacturing, maintenance, repair and reuse
Product ownership 2.0: leasing, pay-per-use, shared use
Embedding sustainable manufacturing in global value creation: incentives for company responsibility and sustainable business models
Sustainability management
Identifying resource value in the urban mine: localization in the products, analytics and assessments
Successful and practical environmental assessments:improving base data and user friendliness
Data management along the supply chain: cooperation for environmental footprints and material declarations
Compliance and certification
Evolution of regulation and standards: RoHS, REACh, WEEE, ErP, voluntary agreements, labelling, green procurement, Epeat & IEEE 1680 development
Certifying the supply chain:conflict materials, Dodd-Frank Act implementation, upstream working conditions
09月07日
2016
09月09日
2016
初稿截稿日期
注册截止日期
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