摘要：The integration of many energy systems of various types
(electricity, heat, cooling, etc.) into a single technological entity involves
the use of new information and communication technologies and a holistic
multi-level automated control system, which provides the establishment of
integrated intelligent energy systems. In such systems, the consumer can
both provide themselves with various types of energy, and supply energy
into the energy system. The paper presents a methodology for modeling the
prosumer in intelligent integrated energy systems. The methodology
includes the following components: a mathematical model of the prosumer
in intelligent electricity, heat/cooling systems; a method of choosing the
energy sources to cover their load with minimal costs of electricity,
heat/cooling generation. The methodology developed for modeling the
prosumer in intelligent electric, heat/cooling systems was implemented in
software. The presented results are tested on a test energy supply scheme.
其他摘要：The integration of many energy systems of various types (electricity, heat, cooling, etc.) into a single technological entity involves the use of new information and communication technologies and a holistic multi-level automated control system, which provides the establishment of integrated intelligent energy systems. In such systems, the consumer can both provide themselves with various types of energy, and supply energy into the energy system. The paper presents a methodology for modeling the prosumer in intelligent integrated energy systems. The methodology includes the following components: a mathematical model of the prosumer in intelligent electricity, heat/cooling systems; a method of choosing the energy sources to cover their load with minimal costs of electricity, heat/cooling generation. The methodology developed for modeling the, prosumer in intelligent electric, heat/cooling systems was implemented in software. The presented results are tested on a test energy supply scheme.
