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Michal Špiláček
Michal Špiláček
在 vutbr.cz 的电子邮件经过验证
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引用次数
引用次数
年份
Energy demand of liquefaction and regasification of natural gas and the potential of LNG for operative thermal energy storage
J Pospíšil, P Charvát, O Arsenyeva, L Klimeš, M Špiláček, JJ Klemeš
Renewable and Sustainable Energy Reviews 99, 1-15, 2019
1272019
Potential of predictive control for improvement of seasonal coefficient of performance of air source heat pump in Central European climate zone
J Pospíšil, M Špiláček, L Kudela
Energy 154, 415-423, 2018
432018
Fine combustion particles released during combustion of unit mass of beechwood
T Sitek, J Pospíšil, J Poláčik, M Špiláček, P Varbanov
Renewable Energy 140, 390-396, 2019
192019
Influence of control strategy on seasonal coefficient of performance for a heat pump with low-temperature heat storage in the geographical conditions of Central Europe
L Kudela, M Špiláček, J Pospíšil
Energy 234, 121276, 2021
162021
Technical and economic optimization of cogeneration technology using combustion and gasification
M Lisý, M Baláš, M Špiláček, Z Skála
Acta Polytechnica 54 (1), 42-51, 2014
102014
Particulate matter produced by micro-scale biomass combustion in an oxygen-lean atmosphere
J Poláčik, L Šnajdárek, M Špiláček, J Pospíšil, T Sitek
Energies 11 (12), 3359, 2018
92018
Seasonal COP of an air-to-water heat pump when using predictive control preferring power production from renewable sources in the Czech republic
J Pospíšil, M Špiláček, P Charvát
Energies 12 (17), 3236, 2019
62019
Operating specifications of catalytic cleaning of gas from biomass gasification
M Lisý, M Baláš, M Špiláček, Z Skála
Acta Polytechnica 55 (6), 401-406, 2015
62015
Comparison of water vapour condensation in vertically oriented pipes of condensers with internal and external heat rejection
F Toman, P Kracík, J Pospíšil, M Špiláček
Energy 208, 118388, 2020
52020
Optimalization of Afterburner Channel in Biomass Boiler Using CFD Analysis
J Pospíšil, M Lisý, M Špiláček
Acta Polytechnica 56 (5), 379-387, 2016
42016
Multicomponent numerical model for heat pump control with low-temperature heat storage: A benchmark in the conditions of Central Europe
L Kudela, M Špiláček, J Pospíšil
Journal of Building Engineering 66, 105829, 2023
32023
Comparison of Different Concepts of Condensation Heat Exchangers With Vertically Oriented Pipes for Effective Heat and Water Regeneration.
F Tomana, P Kracíka, J Pospíšilb, M Špiláčekb
CET Journal-Chemical Engineering Transactions 76, 2019
32019
Optimization of Secondary Air Distribution in Biomass Boiler by CFD Analysis
M Lisý, J Pospíšil, O Štelcl, M Špilaček
Applied Mechanics and Materials 832, 231-237, 2016
22016
Numerical Study of Air Distribution in Combustion Chamber
M Špilaček, M Lisý, Z Skala
Applied Mechanics and Materials 832, 218-223, 2016
12016
SIZE ANALYSIS OF SOLID PARTICLES AT THE EXPERIMENTAL DEVICE FOR MULTI-STAGE BIOMASS COMBUSTION
M Hrnčířová, M Špiláček, J Pospíšil
Acta Polytechnica 54 (1), 22-27, 2014
12014
Comparison of sieve analysis and laser diffraction fr size distribution of fine ash particles
M Zárybnická, J Pospíšil, M Špiláček
Brno, 2012
12012
Flexible Low-Temperature Heat Storage for Heat Pump with Predictive control.
M Špiláček, J Pospíšil, D Marton
CET Journal-Chemical Engineering Transactions 81, 2020
2020
Modelování proudění vzduchu ve spalovací komoře ZKG
J Krišpín, M ŠPILÁČEK
Vysoké učení technické v Brně. Fakulta strojního inženýrství, 2019
2019
Gasification of Selected Wastes in Fluidized Bed Reactor.
M LISÝ, M BALÁŠ, M ŠPILÁČEK
Waste Forum 2015 (3), 2015
2015
Atmospheric Fluid Bed Gasification of Different Biomass Fuels
M Lisý, M Baláš, M Špiláček, Z Skála
International Journal of Energy and Power Engineering 9 (4), 345-348, 2015
2015
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