In order to solve the unbalance problem and increase the system efficiency of central heating, a new-style adjusting model in the building internal system —on-off valve adjusting system which is composed of by the on-off valve 、controller 、 indoor temperature sensor is put forward. According to the heat transfer process, dynamic models of water-flow, radiator, and building are established to solve the indoor temperature variation of individual rooms under different loads and different on-off control strategies, based on which the impacts of different temperature and rate of the water-flow on control strategy are studied, then an on-off control strategy with intelligent feedforward is obtained
A novel dynamic simulation model, called DETECt 2.3.1, purposely developed for thermo-hygrometric en...
This paper proposes a heat load modeling algorithm taking into account the control function of the s...
This paper introduces a model that has been developed from first principles to support the analysis ...
Considering the dynamic control process of thermostatic radiator valves (TRVs) and adjustement behav...
In most temperature control systems for buildings and rooms, the control strategy is based on feedba...
AbstractA set of dynamic models was developed for an indirect district heating system (IDHS), includ...
This thesis is mainly about the investigations of different control strategies (and in particular fe...
This article introduces the principle of the glass curtain wall heating and cooling cycle constan...
Nowadays, the intelligent solution of heating and hot water supply in residential house has become a...
AbstractA novel dynamic simulation model, called DETECt 2.3.1, purposely developed for thermo-hygrom...
An improved optimization adjustment strategy for building heating ventilation and air conditioning (...
A novel dynamic simulation model, called DETECt 2.3.1, purposely developed for thermo-hygrometric en...
If the intelligent building’s indoor environment’s constant temperature is accurately controlled,...
The aim of the work is the development and study of methods for reducing the cost of heat energy for...
The work presents the thermal dynamics of the building. The mathematical model covers the issues of ...
A novel dynamic simulation model, called DETECt 2.3.1, purposely developed for thermo-hygrometric en...
This paper proposes a heat load modeling algorithm taking into account the control function of the s...
This paper introduces a model that has been developed from first principles to support the analysis ...
Considering the dynamic control process of thermostatic radiator valves (TRVs) and adjustement behav...
In most temperature control systems for buildings and rooms, the control strategy is based on feedba...
AbstractA set of dynamic models was developed for an indirect district heating system (IDHS), includ...
This thesis is mainly about the investigations of different control strategies (and in particular fe...
This article introduces the principle of the glass curtain wall heating and cooling cycle constan...
Nowadays, the intelligent solution of heating and hot water supply in residential house has become a...
AbstractA novel dynamic simulation model, called DETECt 2.3.1, purposely developed for thermo-hygrom...
An improved optimization adjustment strategy for building heating ventilation and air conditioning (...
A novel dynamic simulation model, called DETECt 2.3.1, purposely developed for thermo-hygrometric en...
If the intelligent building’s indoor environment’s constant temperature is accurately controlled,...
The aim of the work is the development and study of methods for reducing the cost of heat energy for...
The work presents the thermal dynamics of the building. The mathematical model covers the issues of ...
A novel dynamic simulation model, called DETECt 2.3.1, purposely developed for thermo-hygrometric en...
This paper proposes a heat load modeling algorithm taking into account the control function of the s...
This paper introduces a model that has been developed from first principles to support the analysis ...