2019年第六届变压器国际前沿研究研讨会 (ARWtr)

The transformers are expected to be efficient, reliable and flexible with considerations for both safety and environmental issues. They will need to be able to integrate with smart networks, and should be designed and management to address crucial issues for the networks of the future.

The6th International ARWtr2019intends to foster subjects focused toTechnology Advances, as well as new trends inSmart Applications and Practicesinto the areas of Power, Instrument, and Frequency Transformers based on:

- REQUIREMENTS
- DESIGN
- MANUFACTURING
- MEASUREMENT
- TESTING
- ANALYSIS
- DIAGNOSTIC
- PROGNOSTICS
- MONITORING
- MAINTENANCE
- MATERIALS
- ECONOMICS
- LOGISTIC
- MANAGEMENT

Digest Submission

The Authors are encouraged to submit a two-pages digest of a provisional paper, previously unpublished and relevant to the Workshops topics, due by deadlines. A two-page digest (A4, single column) for each paper should be submitted together with the pre-registration form. It should contain the title of the paper, authors and contact information, a short abstract, keywords, the main contents of the paper, conclusions and references.

Here one can download the template for the digest in .doc format.

Pre-registration and submitting of digests should be done via the web interface.

The digests have to be uploaded online using the _ARWtr Manuscript Submission System.

Each digest will be peer-reviewed. Notification of the acceptance of the contribution will be given according to deadlines.

Paper Submission

The Authors of approved digests will be invited to submit full papers. The final manuscript length could not exceed 6 full pages but not less than 4 pages.

The full paper submission process is described here..>>

Lenguage

The working language of the Workshop will be English.

Paper presentations

Authors should present their papers in poster format (size approx. 0.8 x 1.2 m) during Coffee-Breaks.

Topics of interest include, but are not limited to:

• Computation, modeling and simulation
• Design methodologies
• Design criterias
• Efficiency and reliability
• Monitoring, parameters and control techniques
• Operation criterias
• Sensing technologies and new materials
• Intelligent designs for a smooth infeed of renewable energies
• Solution for measurements and protections
• Management techniques
• Requirements to fulfill smart grid functions
• Special transformers for special purpose
• New market opportunities