Smart City Gnosys

Smart city article details

Title	A Robust Optimization Model For A Smart Home With An Electric Vehicle Parking Lot
ID_Doc	4350
Authors	Deshmukh S.; Dorahaki S.; Iqbal A.; Hafeez A.; Muyeen S.M.; Islam S.
Year	2024
Published	IECON Proceedings (Industrial Electronics Conference)
DOI	http://dx.doi.org/10.1109/IECON55916.2024.10905144
Abstract	The transportation sector is a significant contributor to global carbon dioxide emissions. While electric vehicles (EVs) offer a solution to reduce these emissions, charging them with electricity from conventional sources can negate their environmental benefits. To address this, charging EVs with renewable energy sources is proposed, facilitated through the development of smart cities and smart homes. In this paper, a robust optimization problem is proposed to minimize the billing cost of the smart home while the thermal preferences of end-users are addressed. Also, in order to protect the upstream energy system with the high variation of smart home net loads with respect the renewable energies, flexibility constraints are added to the model. The upstream grid price uncertainty is addressed by the robust optimization approach. The proposed approach is a Mixed Integer Programming (MILP) problem and the CPLEX solver in the GAMS environment is used to solve the model. The results show that the flexibility constraint program has a significant impact on the energy cost of the smart home. © 2024 IEEE.
Author Keywords	Electrical Vehicle; End-User Preferences; Optimization; Robust Optimization; Smart home

Similar Articles

Id	Similarity	Authors	Title	Published
58385	0.879	Ghanavati F.; Matias J.C.O.; Osório G.J.	Towards Sustainable Smart Cities: Integration Of Home Energy Management System For Efficient Energy Utilization	Sustainable Cities and Society, 111 (2024)
6320	0.876	Namvar A.; Salehi J.	Adaptive Residential Energy Hubs Scheduling Considering Renewable Sources	Journal of Operation and Automation in Power Engineering, 12, 2 (2024)
1127	0.87	Salmani Z.; Lasemi Imeni M.; Ghazizadeh M.S.; Lasemi M.A.	A Cost-Emission Based Scheme For Residential Energy Hub Management Considering Comfortable Lifestyle And Responsible Demand	Smart Science, 12, 1 (2024)
49240	0.865	Yao Z.; Wang Z.; Ran L.	Smart Charging And Discharging Of Electric Vehicles Based On Multi-Objective Robust Optimization In Smart Cities	Applied Energy, 343 (2023)
40890	0.86	Algburi S.; Al-Dulaimi O.; Fakhruldeen H.F.; Isametdinova S.; Sapaev I.B.; Islam S.; Naveed Q.N.; Lasisi A.; alhani I.; Hassan Q.; Khalaf D.H.; Ssebunya M.; Jabbar F.I.	Optimizing Smart Grid Flexibility With A Hybrid Minlp Framework For Renewable Integration In Urban Energy Systems	Energy Reports, 14 (2025)
40399	0.859	Tostado-Véliz M.; Kamel S.; Hasanien H.M.; Turky R.A.; Jurado F.	Optimal Energy Management Of Cooperative Energy Communities Considering Flexible Demand, Storage And Vehicle-To-Grid Under Uncertainties	Sustainable Cities and Society, 84 (2022)
35300	0.858	Chakir A.; Tabaa M.; Moutaouakkil F.; Medromi H.; Alami K.	Linear Programming Combined With Mixed Integer Ga For Energy Management Optimization Of A Pv-Wind-Battery Hybrid System Subject To Residential Demand Response	AIP Conference Proceedings, 2437 (2022)
51618	0.857	Jiang J.; Li Y.; Li Y.; Li C.; Yu L.; Li L.	Smart Transportation Systems Using Learning Method For Urban Mobility And Management In Modern Cities	Sustainable Cities and Society, 108 (2024)
3777	0.855	Ben Arab M.; Rekik M.; Krichen L.	A Priority-Based Seven-Layer Strategy For Energy Management Cooperation In A Smart City Integrated Green Technology	Applied Energy, 335 (2023)
22947	0.853	Rajaei A.; Rashidinejad M.; Afzali P.; Dorahaki S.	Empowering Sustainable Energy Communities: Optimizing Multi-Carrier Energy Systems With Green Energy, Uncertainty Management, And Demand Response	e-Prime - Advances in Electrical Engineering, Electronics and Energy, 8 (2024)