Based on both communication and system models, we classify these schemes that are published between 2013 and 2017, in five categories, including, (1) smart grid with advanced metering infrastructure, (2) data aggregation, (3) smart grid marketing architecture, (4) smart community of home gateways, and (5) vehicle-to grid architecture.
This paper presents a novel architecture of electricity agents in smart grid markets.
In this paper, we present an effective method, fully taking into account both historical Grid trade data and dynamic variation of the Grid market to improve the task scheduling for a hierarchical Grid market.
Discount function is employed in bargaining game based on job deadline, previous offers of an opponent, and dynamics in the grid market.
The magnitude and nature of synergistic effect was ultimately dependent upon the portfolio construction, grid market design, and the conditions faced by buildings when optimized individually.
Similarly, in market-based grid resource allocation problem designing negotiator agents with the flexibility to relax their decision to (quickly) complete a deal in the face of intense Grid Market Pressure (GMP) is essential.
eMeter delivers platform and MDM application software for the smart grid market, enabling electric, gas and water utilities to reduce operational costs and drive energy efficiency.
Enhanced energy and cost savings opportunities were observed by taking the novel perspective of optimizing building portfolios in multiple grid markets, motivating the pursuit of future smart grid advancements that take a holistic and communal vantage point.
Toshiba — the diversified tech company best known for its consumer electronics, lighting and HVAC systems — is coming after the smart grid market in Europe and the U.S. with the acquisition of a Swiss smart grid tech firm, Landis+Gyr.
The superiority of this new scheduling algorithm, in improving the inquiry efficiency for resource consumers, getting better load balancing of the whole hierarchical Grid market, and achieving higher success rate of the Grid service request, is demonstrated by simulation experiments.
STECA expects a new market section for prepayment charge regulators, which could reach in the next years more than 10% of the traditional world off grid market for PV systems.
