Dr Sahand Hosouli
Contact
- Email: s.hosouli@kingston.ac.uk
- Location: Roehampton Vale
- Faculty: Faculty of Engineering, Computing and the Environment
- School: School of Engineering
- Department: Department of Mechanical Engineering
About
I am a renewable energy expert with a passion for sustainable engineering. Currently, I am a lecturer in Renewable Energy at Kingston University in London. In this role, I educate and mentor students on the latest developments and best practices in renewable energy, helping to prepare them for careers in this rapidly growing field.
My research focus is centred around advancing and refining renewable energy technologies, with a specific emphasis on solar thermal systems, thermochemical heat storage, waste heat recovery, and application of Multi-Criteria Decision Making (MCDM) in renewable energy. I have extensive expertise in designing, modelling, and testing various types of solar thermal collectors, including ST, PT, PVT, and C-PVT. In the field of heat storage, my research interests involve developing, screening, and assessing innovative materials capable of storing and releasing heat efficiently, with a particular emphasis on improving their cyclic performance and scaling up TCS systems from laboratory to real-world demonstration. I have supervised several students at both undergraduate and postgraduate levels, including students from the association of European Renewable Energy Research Centres (EUREC).
I have a strong track record of securing funding for research and development activities in renewable energy sector. I have been able to secure the Erasmus for Young Entrepreneurs fund, Vinnova funding to support research and development activities within the Horizon Europe proposals and have also taken on roles as a consortium coordinator and proposal manager for multiple Horizon Europe projects under Cluster 5: Climate, Energy and Mobility.
As a researcher, I have had the opportunity to work across the UK, including at Swansea University (2021-2023) and Loughborough University (2020), where I focused on projects related to renewable energy technologies and thermal energy storage. Since 2021, I'm an expert member of the International Energy Agency (IEA) in Task 67, which focuses on compact thermal energy storage materials.
Academic responsibilities
Lecturer in Renewable Energy
Qualifications
- 2021: PhD in Industrial Engineering - Energy & Environmental Technologies (University of Florence)
- 2015: MSc, Materials Science and Engineering (Iran University of Science & Technology)
- 2013: BSc, Materials Science and Engineering
Videos of my work
LCA with GaBi Software - Intermediate Level Case Study
Welcome to this comprehensive tutorial on Life Cycle Assessment (LCA) using the GaBi software. Designed for those at an intermediate level, this case study tutorial will delve deeper into the intricacies of performing an LCA with GaBi. Whether you've had some exposure to GaBi or are looking to refine your skills, this video is tailored to provide you with practical knowledge and hands-on guidance. We'll walk through a detailed case study, ensuring you understand the methodologies, processes, and techniques vital for an effective LCA. By the end of this tutorial, you'll be equipped with enhanced skills and confidence to undertake your own LCA projects with GaBi software.
LCA with GaBi Software - Intermediate Level Case Study
Welcome to this comprehensive tutorial on Life Cycle Assessment (LCA) using the GaBi software. Designed for those at an intermediate level, this case study tutorial will delve deeper into the intricacies of performing an LCA with GaBi. Whether you've had some exposure to GaBi or are looking to refine your skills, this video is tailored to provide you with practical knowledge and hands-on guidance. We'll walk through a detailed case study, ensuring you understand the methodologies, processes, and techniques vital for an effective LCA. By the end of this tutorial, you'll be equipped with enhanced skills and confidence to undertake your own LCA projects with GaBi software.
Simulation with Polysun - Part 1 - Introduction to Polysun & PV Systems - Intermediate
Welcome to the first part of our two-part tutorial series on Polysun software! In this segment, I'll provide you with a comprehensive introduction to Polysun, a powerful tool for simulating and optimizing renewable energy systems. Specifically, we'll focus on photovoltaic (PV) systems, understanding electricity consumption profiles, batteries, and electric vehicles (EVs). Whether you're new to Polysun or seeking to expand your knowledge, this tutorial is tailored to meet your needs. I'll start by familiarizing you with the Polysun interface and its key features. Then, I'll discuss the fundamentals of PV systems, exploring how they interact with electricity consumption patterns and storage solutions like batteries. Moreover, we'll discuss the integration of electric vehicles into PV systems, examining their impact on energy consumption and management. By the end of this tutorial, you'll have a solid understanding of how Polysun can be leveraged to design and optimize PV systems to meet diverse energy needs efficiently.
Simulation with Polysun - Part 2 - Solar Thermal Systems & Profitability - Intermediate
Welcome to the second part of our tutorial series on Polysun software! In this segment, we'll continue our exploration by focusing on solar thermal systems and profitability analysis. Building upon the foundation laid in Part 1, we'll explore the capabilities of Polysun, particularly in the area of solar thermal technologies. Specifically, we'll explore various applications of solar thermal systems, including space heating, heat pumps, and process heat. Through practical examples and simulations, you'll gain insight into how Polysun enables the design and optimization of these systems for maximum efficiency and sustainability. Furthermore, we'll conduct profitability analyses of different case scenarios, evaluating the economic viability of implementing solar PV solutions. By considering factors such as investment costs, energy savings, and incentives, you'll learn how to assess the financial feasibility of integrating solar PV technologies into real-world projects.
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