Mohammad Zand - Green Infrastructure - Best Researcher Award

Norvej - Denmark

AUTHOR PROFILE

GOOGLE SCHOLAR

EXPERT IN ELECTRICAL ENGINEERING

Mohammad Zand holds a Ph.D. in Electrical Engineering from Islamic Azad University, where he focused on energy management strategies for electric vehicles and smart grids. His academic journey, including both his Master’s and Bachelor’s degrees from the same institution, has shaped his deep expertise in the field.

RESEARCH IN SMART CITIES AND ENERGY MANAGEMENT

Zand’s research interests span across critical areas such as smart cities, energy management, and smart grids. His work aims to enhance the integration of renewable energy sources and optimize power systems, contributing significantly to advancements in smart and sustainable urban environments.

PIONEERING ARTICLES IN RENEWABLE ENERGY AND POWER SYSTEMS

He has authored several influential papers, including studies on energy management strategies for solar charging stations and optimal planning of electrical appliances in smart home networks. His publications in journals like IET Renewable Power Generation and Computers and Electrical Engineering highlight his contributions to energy management and renewable energy systems.

INNOVATOR IN ENERGY STORAGE AND TRANSITION TO RENEWABLES

Zand has been involved in key projects focusing on the application of energy storage systems to boost renewable generation and mitigate challenges in power grids. His work includes developing tools for energy transition and optimizing power grid operations to support increased renewable penetration.

ACADEMIC LEADER AND TEACHER

As an Assistant Professor at Islamic Azad University, Zand has been instrumental in teaching and mentoring students in various subjects related to electrical engineering. His expertise covers a broad range of topics, including electric machines, power electronics, and industrial control systems.

PROJECT LEADER IN ENERGY SYSTEMS OPTIMIZATION

He has led several projects aimed at optimizing energy systems, including enhancing the operation of energy storage for load management and developing simulation platforms for flexible power grids. These projects reflect his commitment to advancing practical solutions in energy systems engineering.

DEDICATED RESEARCHER IN ELECTRICAL ENGINEERING

Zand's dedication to research is evident in his diverse range of publications and projects. His work continues to drive forward knowledge in electrical engineering, focusing on improving efficiency and sustainability in energy systems and smart grid technologies.

NOTABLE PUBLICATION

An Efficient Modified HPSO-TVAC-Based Dynamic Economic Dispatch of Generating Units.
Authors: M. Ghasemi, E. Akbari, M. Zand, M. Hadipour, S. Ghavidel, L. Li
Year: 2019
Journal: Electric Power Components and Systems, 47 (19-20), pp. 1826-1840

Energy Management Strategy for Solid-State Transformer-Based Solar Charging Station for Electric Vehicles in Smart Grids.
Authors: M. Zand, M.A. Nasab, P. Sanjeevikumar, P.K. Maroti, J.B. Holm-Nielsen
Year: 2020
Journal: IET Renewable Power Generation, 14 (18), pp. 3843-3852

An Efficient, Robust Optimization Model for the Unit Commitment Considering Renewable Uncertainty and Pumped-Storage Hydropower.
Authors: M.A. Nasab, M. Zand, S. Padmanaban, M.S. Bhaskar, J.M. Guerrero
Year: 2022
Journal: Computers and Electrical Engineering, 100, 107846

Optimal Planning of Electrical Appliance of Residential Units in a Smart Home Network Using Cloud Services.
Authors: M. Azimi Nasab, M. Zand, M. Eskandari, P. Sanjeevikumar, P. Siano
Year: 2021
Journal: Smart Cities, 4 (3), pp. 1173-1195

Using Adaptive Fuzzy Logic for Intelligent Energy Management in Hybrid Vehicles.
Authors: M. Zand, M.A. Nasab, A. Hatami, M. Kargar, H.R. Chamorro
Year: 2020
Conference: 28th Iranian Conference on Electrical Engineering (ICEE), pp. 1-7

EARLY ACADEMIC PURSUITS

Camila Iotte Donatti's academic journey reflects a deep commitment to understanding ecological systems and their interactions. Her doctoral and master's research focused on seed dispersal networks and the consequences of defaunation, respectively, demonstrating her early interest in the intersection of ecology and conservation.

PROFESSIONAL ENDEAVORS

Donatti's career trajectory at Conservation International showcases her dedication to addressing pressing environmental challenges. From her roles as Manager to Director and now Senior Director of Climate Change Adaptation, she has consistently demonstrated leadership and expertise in developing and implementing nature-based solutions for adaptation.

CONTRIBUTIONS AND RESEARCH FOCUS

Donatti's research interests lie in identifying, implementing, and evaluating nature-based solutions for addressing societal challenges and improving biodiversity. Her peer-reviewed publications cover a wide range of topics, including frugivory interactions, ecosystem-based practices for smallholders' adaptation, and transformative change across the biodiversity-climate-society nexus.

IMPACT AND INFLUENCE

Donatti's research has had a significant impact on the field of climate change adaptation and biodiversity conservation. Her work has been published in esteemed journals and has contributed to the scientific understanding of how nature-based solutions can address multiple global challenges. Moreover, her leadership at Conservation International has amplified the impact of her research on policy and decision-making.

ACADEMIC CITES

Donatti's publications have garnered attention from scholars and practitioners worldwide, evident in the citations of her work. Her research findings serve as valuable contributions to the scientific literature, informing discussions and guiding actions in the realms of climate change adaptation, ecosystem restoration, and sustainable development.

LEGACY AND FUTURE CONTRIBUTIONS

As Camila Iotte Donatti continues to advance her research and leadership in the field of climate change adaptation, her legacy will be characterized by her dedication to promoting nature-based solutions for adaptation. Her future contributions hold promise for furthering our understanding of how ecosystems can be harnessed to build resilience and mitigate the impacts of climate change on both human societies and biodiversity.