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Two- stage stochastic operation framework for optimal management of the water- energy- hub
Abstract
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/166193/1/gtd2bf02716.pd- Article
- optimal scheduling
- mixed- integer linear programme
- Karush- Kuhn- Tucker conditions
- EH water demand
- EH electric demand
- strategic EH producer
- transmission- constrained market
- stage stochastic operation framework
- optimal management
- stochastic programming
- power grids
- optimisation
- power markets
- linear programming
- integer programming
- pricing
- MCP
- problem model
- bi- level optimisation approach
- stochastic environment
- profit maximisation
- strategic producer
- lower- level
- considered power grid
- problem formulation
- mathematical equilibrium constraints
- bi- level stochastic framework
- water- EH
- energy hub
- pool- based short- term market
- electrical- thermal- water demands
- independent price- maker producer
- day- ahead electricity market
- market settlement mechanism
- pay- at- market- clearing price
- B0260 Optimisation techniques
- B8110B Power system management, operation and economics
- C1180 Optimisation techniques
- Electrical Engineering
- Engineering