RTU Research Outputs and Resources: Reasearch Staff

Information about Author

Name, Surname:

Varis Žentiņš

Department:

(25600) Mehānikas un mašīnbūves institūts

Scientific Degree:

Doktors

E-mail:

Varis.Zentins(at)rtu.lv

Publications

8 items found, displaying 1 to 8.

Increasing the Efficiency of District Heating and Replacing Fossil Fuels with Alternative Energy Sources (Algorithms of Heat Source Parametric Optimization)
(2022)

Varis Žentiņš
Doctoral Thesis

Decision Making Control Algorithm for Cogeneration Plants in Operating with the Heat Accumulator Deep Analysis Model
(2022)

Varis Žentiņš, Dmitrijs Rusovs, Aleksandrs Soročins, Vera Kulakova
Publication (reviewed) in journals with editorial board published in Latvia or abroad, including institutional juornals

Heat Load Numerical Prediction for District Heating System Operational Control
(2021)

Dmitrijs Rusovs, Ludmila Jakovļeva, Varis Žentiņš, Kārlis Baltputnis
Scientific article indexed in SCOPUS or WOS database

District Heating Simulation Model Development to Solve Optimization Problems in the Market Conditions
(2020)

Aleksandrs Soročins, Jānis Nagla, Varis Žentiņš
Full-text conference paper published in other conference proceedings

The Influence of the Thermal Storage on the Electricity Production in a Co-Generation in Peak and Off-Peak Time Range
(2020)

Aleksandrs Soročins, Dmitrijs Rusovs, Jānis Nagla, Varis Žentiņš
Full-text conference paper published in conference proceedings indexed in SCOPUS or WOS database

District Heating Simulation Model Development to Solve Optimization Problems in the Market Conditions
(2020)

Aleksandrs Soročins, Jānis Nagla, Varis Žentiņš
Full-text conference paper published in conference proceedings indexed in SCOPUS or WOS database

Insulation Cost Impact on Heat Accumulation Unit Heat Loss
(2020)

Varis Žentiņš, Dmitrijs Rusovs, Aleksandrs Soročins, Jānis Nagla
Conference paper

Steam Driven Absorption Heat Pump and Flue Gas Condenser Applied for Heat Recovery in District Heating Network
(2020)

Dmitrijs Rusovs, Varis Žentiņš
Full-text conference paper published in conference proceedings indexed in SCOPUS or WOS database

Projects

2 items found, displaying 1 to 2.

Rīgas Tehniskās universitātes akadēmiskā personāla stiprināšana stratēģiskās specializācijas jomās
Citi

Uģis Citskovskis

Siltumenerģētisko sistēmu katedra (34-25409-N8263)

Sigurds Jaundālders

Information about Author

Publications

Increasing the Efficiency of District Heating and Replacing Fossil Fuels with Alternative Energy Sources (Algorithms of Heat Source Parametric Optimization) (2022)

Decision Making Control Algorithm for Cogeneration Plants in Operating with the Heat Accumulator Deep Analysis Model (2022)

Heat Load Numerical Prediction for District Heating System Operational Control (2021)

District Heating Simulation Model Development to Solve Optimization Problems in the Market Conditions (2020)

The Influence of the Thermal Storage on the Electricity Production in a Co-Generation in Peak and Off-Peak Time Range (2020)

District Heating Simulation Model Development to Solve Optimization Problems in the Market Conditions (2020)

Insulation Cost Impact on Heat Accumulation Unit Heat Loss (2020)

Steam Driven Absorption Heat Pump and Flue Gas Condenser Applied for Heat Recovery in District Heating Network (2020)

Projects

Rīgas Tehniskās universitātes akadēmiskā personāla stiprināšana stratēģiskās specializācijas jomās Citi

Siltumenerģētisko sistēmu katedra (34-25409-N8263)

Increasing the Efficiency of District Heating and Replacing Fossil Fuels with Alternative Energy Sources (Algorithms of Heat Source Parametric Optimization)
(2022)

Decision Making Control Algorithm for Cogeneration Plants in Operating with the Heat Accumulator Deep Analysis Model
(2022)

Heat Load Numerical Prediction for District Heating System Operational Control
(2021)

District Heating Simulation Model Development to Solve Optimization Problems in the Market Conditions
(2020)

The Influence of the Thermal Storage on the Electricity Production in a Co-Generation in Peak and Off-Peak Time Range
(2020)

District Heating Simulation Model Development to Solve Optimization Problems in the Market Conditions
(2020)

Insulation Cost Impact on Heat Accumulation Unit Heat Loss
(2020)

Steam Driven Absorption Heat Pump and Flue Gas Condenser Applied for Heat Recovery in District Heating Network
(2020)

Rīgas Tehniskās universitātes akadēmiskā personāla stiprināšana stratēģiskās specializācijas jomās
Citi