Proposed LEED Credit for Electrical Load Shedding

Load Shedding

1. Aberer K., Datta A., Hauswirth M., and Schmidt R. Indexing data-oriented overlay networks. In Int. Conf. on Very Large Data Bases (VLDB 2005). (More details at http://www.pgrid.org) 2. Aberer K., Datta A., and Hauswirth M. Multifaceted simultaneous load balancing in DHT-based P2P systems: a new game with old balls and bins. In Self-Properties in Complex Information Systems, Springer, Berlin,...

LEED accredited professionals’ perceptions affecting credit point adoption

Purpose – Literature review indicates that Leadership in Energy and Environmental Design – Accredited Professionals (LEED APs) practicing during the first ten years of LEED in the building industry hold perceptions that have influenced the adoption of LEED. These perceptions may include that some LEED credit points are more difficult to obtain than others, LEED projects have higher first costs,...

A Plug and Play, Approximation-Based, Selective Load Shedding Mechanism for the Future Electrical Grid

Anticipatory load shedding scheme for loadability enhancement

The paper presents a new anticipatory load shedding protection scheme implemented centrally from the energy control centre for loadability enhancement. Most of the schemes available in literature for this purpose are based on information at the current operating condition which are blind to load increase scenario and associated switchings in voltage controlled buses. The proposed scheme anticip...

Mining Data Stream for Load Shedding

Data stream is continuous flow of data, which necessitates load shedding for data stream processing system. Here we study overload handling for frequent pattern mining indata streams. Here in this paper load shedding use frequent pattern matching algorithm i.e priority, transaction and attribute in overload situation. The heavy workload or continues stream of the mining algorithm lies mostly in...