Integrated heat and power management of buildings with the energy recovery of a cement plant
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The study aims to discuss the characteristics of heat-to-power ratios for CHP (Combined Heat and Power) systems and tounderstand the techno-economic impact on design and operation of CHP-based energy systems. The design procedure, subjectto energy storage and energy demand profiles is suggested in a systematic and integrated manner to determine the minimumcapacities of heat and power required and additionally to obtain any surplus or deficit of energy to be imported or exported. Investigation is also made to improve the cost-effectiveness for the energy management of building by integrating industrialwaste heat and its use for the CHP unit. The case study is presented to illustrate how overall strategy for energy managementof CHP systems are heavily dependent on power-to-heat ratio of the prime mover and to demonstrate economic benefit of heatintegration between CHP-based building and an industrial site.
Abstract
The study aims to discuss the characteristics of heat-to-power ratios for CHP (Combined Heat and Power) systems and tounderstand the techno-economic impact on design and operation of CHP-based energy systems. The design procedure, subjectto energy storage and energy demand profiles is suggested in a systematic and integrated manner to determine the minimumcapacities of heat and power required and additionally to obtain any surplus or deficit of energy to be imported or exported. Investigation is also made to improve the cost-effectiveness for the energy management of building by integrating industrialwaste heat and its use for the CHP unit. The case study is presented to illustrate how overall strategy for energy managementof CHP systems are heavily dependent on power-to-heat ratio of the prime mover and to demonstrate economic benefit of heatintegration between CHP-based building and an industrial site.
참고문헌 (23)
- A. Guterres, "Carbon neutrality by 2050: the world’s most urgent mission", ~ (2021)
- M. A. Bagheria, , Energy conversion and Management, 224, pp.113454~ (2020)
- IEA, "Combined heat and power: evaluating the benefits of greater global investment", IEA, 7~ (2008)
- Artelys, "Towards and efficient, integrated and costeffective net-zero energy system in 2050: The role of cogeneration", 23~ (2021)
- European Union, "Case study on the impact of cogeneration and thermal storage on the flexibility of the power system", European Union, 2~ (2017)
- IEA-ESTAP, "Thermal Energy storage:Technology Brief E17", IEA-ESTAP and IRENA, 1~ (2013)
- Bandiasadi, D Habibi, , J. of Energy Storage, 28, pp.101186~ (2020)
- US EIA, "Distributed generation and combined heat &power system characteristic and costs in the building sector", US EIA, 2.23~2.38 (2017)
- J.L. Pellegrino, "Energy use, loss and opportunities analysis – U.S. manufacturing and mining", US Department of Energy, 17~24 (2004)
- S. Perry, , Energy, 33, pp.1489~1497 (2008)
- A. Talaei, , Energy, 170, pp.1051~1066 (2019)
- A. Mokhtar, , Energy Strategy Rev, 28, pp.100458~ (2020)
- K. A. Le, , Chem. Eng. Trans, 63, pp.313~318 (2018)
- Habin Cho, "Waste heat recovery and its integration with district heating systems: Case study for ceramic industry", Journal of Ceramic Processing Research, 22(1), pp.106~113 (2021), 청정에너지연구소[DOI]
- Combined Heat and Power Technology Fact Sheet Series: Fuel Cells, "US DOE", DOE, 1~ (2017)
- Combined Heat and Power Technology Fact Sheet Series: Overview of CHP Technologies, "US DOE", DOE, 3~ (2017)
- UK BEIS, "Combined Heat and Power – Technologies:A Detailed Guide for CHP Developers – Part 2", BEIS, 53~ (2021)
- M. O. Apunda, , Open Sci. J, 2(3), pp.1~16 (2017)
- Effect of Heat and Electricity Storage and Reliability on Microgrid Viability: A Study of Commercial Buildings in California and New York States, "M. Sandler", Ernest Orlando Lawrence Berkeley National Laboratory, 6~ (2009)
- M. Sasso, "Methodologies for the Performance Assessment of Micro Hybrid Polygeneration Systems", pp.10~26 (2014), Technische Universität München
- US Energy Information Administration, "Energy Prices", US Energy Information Administration, 165~ (2021)
- O. Gundmundsoon, , WIT Trans. Ecol. Environ, 176, pp.3~13 (2013)
- IEA, "CO2 Capture in the Cement Industry", IEA, 4.1~4.3 (2008)