I'm always working on something. Most of the time, it's getting results for my research with collaboration of others. But sometimes, it's a personal project that lets me explore new concepts and ideas.
In my Recent Work, most new concepts and designs of microgrid, grid forming and grid following resources have been employed to investigate the frequency stability.
To avoid climate change catastrophes, fossil fuel depletion, environmental concerns, pollution and addressing population growth with the rise in energy demand our strategy on choosing energy resources and its roadmap usage should get conveyed in an appropriate manner.
Net-zero is referred to the target of reducing Green House Gas(GHG) emissions, causing global warming to zero by the usage of carbon-free resources such as wind and solar energy.
Therefore, we are committed to keeping the global warming temperature to 1.5 C and removing the Carbon(C) from the CO2 footprint.
Greening our tomorrow's grid by other companies
It is crucial that our next generation experience the feeling of life that they deserve. In this regards, a lot of companies have put deadlines and roadmaps to reach this objective thanks to novel technologies and implementation of Green or carbon-free resources
Leader's Thought on Net-Zero
Net-zero energy and waste production are very imperative topics to us. Greening resources are being discussed by every leader and businessman. Well, Microsoft and Bill Gates have taken initiatives in this field.
Who is leading in this field?
Leaders in this area are praiseworthy to mention. Although with the lack of sunshine, Sweden has been long in this topic and pioneering with their novel idea.
Shell' Perspective on Net-Zero
Shell as a pioneer company in Net-Zero is considering expanding its R &D sector and implementing various green technologies with "purpose" to addressing eliminating "C "from the "CO2".
My latest Publication on Grid Decarbonization and Decentralization
"Electrical Distribution Network Indices Gap Analysis between Iran, European Union and, the United States"
The ongoing global trend that is mostly persuaded by electric power companies is to address and conform reducing the greenhouse gas emissions (GHG) and thermal power plants pollution impact on the atmosphere. Therefore, the future’s electric grid is modeled on a low carbon grid infrastructure. Moreover, nowadays electric grid infrastructure has mandated different network sectors getting in the evolution process through time with the integration of Renewable Energy Resources (RESs). More penetration rate is required to reach a stable, reliable electric grid. Microgrid (MG) and smart grid are two applications for this purpose. In addition, it facilitates the current dumb electric distribution network to an intelligent grid with the aid of smart assets. To have these implementations in the future’s network, the infrastructure needs to get revolutionized. Moreover, the distribution grid conditions should be monitored in regular timeframes to acquire a reliable and high-quality power exchange among the grid sectors. Knowledge for examining the grid condition is gained by measuring different indices in various aspects of the distribution network. By comparing the available distribution data and indices on a global scale, Gap Analysis(GA) is obtained. it is required to design roadmaps, techniques, and solutions for better distribution grid operation. In this paper, several indices of Irans current distribution network, the European Union, and the United States are compared for this purpose and a deduction has been made.
"Decarbonization &Decentralization: New trend of electric utilities in Distribution Grid Infrastructure Re-Consideration, “Greening the Grid” "
With the rise of distribution grid challenges and addressing environmental pollution by conventional power plants, new topics have been introduced. These are mostly for reducing the carbon footprint of customers' supply where is based on fossil fuels. On the other side, typical fuels are depleting over time and the next generation's fuels consumption pattern needs to get reevaluated. PEIG RESs are on the rise in this regard where clean energy is injected to fulfill the needs of the electric distribution grid customers. Today, Wind and solar are among the cheapest resources that could reach grid parity. Moreover, 100% DERs penetration is more likely to cover our objectives for minimizing CO2 emissions. Yet, there are some barriers to implementing this ambitious target due to the intermittent nature of RESs and their fluctuating output makes them non-dispatchable. Various storage is utilized to store the energy that can't get generated in times of cloudy days by large-scale VREs and on-demand. Therefore, Zero-emission energy resources are only in reach with the application of energy storage. Stability concerns are other topics that are at the center of today's researchers' study where high penetration of VREs is detrimental to the frequency stability metrics and KPIs. In this paper, two out of the three megatrends of electric distribution network infrastructure upgrade, Decarbonization is discussed and deliberated.