What is your research focusing on?

The overall aim of my research is to provide a generic approach for optimum management of integrated energy systems using the real-time capability of artificial intelligence based solutions, in terms of energy, economy, and the environment. Future energy systems that seek to maximize energy utilization, grid reliability and resilience while meeting the expected demand side requirements must necessarily consider all available energy sources, including intermittent renewables, storage systems and the dispatchable energy units.

What has amazed you in your research so far? For example surprising results

A reference case with supply units (heat pump, auxiliary heater), storage unit (thermal storage tank) and demand unit (swimming pool […]

What motivated you to do this project?

Bangladesh is one of the countries which are impacted the most because of the rapid climate change. It is a country where 20% of the country will go underwater if it rises 1 meter higher than now, causing to displace 30 million people – the so-called climate refugees. Some researchers projected that if the sea level increases by 2 meters by 2100, there will be more than 50 million climate refugees. The only way to mitigate this rapid climate change is to limit greenhouse gas emissions. Being a Bangladeshi, I have played a proactive role in minimising the emission using the state-of-the-art sciences. After […]

About my research

My research explores the prospects for the oil and gas industry to play a more meaningful role in Europe’s energy transition. Focusing on the North Sea region, my research examines oil and gas company strategies in relation to low carbon energy, including investment, innovation, and the role of policy and regulation. The research draws from theories in innovation studies, business studies, and science and technology studies. It analysis in an integrated way the technological, organizational and political processes which are reshaping the boundaries between the traditional fossil fuel and the renewables-based energy industries. The outcomes of the project include an understanding of how existing actors in the oil […]

About my research

The objective of my research is to explore how markets can be designed and operated to support the North Sea and wider EU energy transitions. The idea is to develop models that move away from traditional central optimization-based approaches towards models that include the complexities of real-world gas, electricity and other energy markets, including: imperfect competition, barriers to trade, and neighbouring jurisdictions with different market mechanisms.

The models considered are (partial) equilibrium models, cast as mathematical problems with equilibrium constraints (MPECs). The method selected is Complementarity Modelling of Energy Markets and in conjunction with more qualitative analysis, the models will then be used to identify market designs and energy […]

The transition towards a sustainable energy system is a process that not only offers hope to steer the worlds current trajectory away from the devastating impacts of climate change but it also carries a lot of questions and uncertainties. These uncertainties spread across multiple sectors and discipline. During my carrier, I have been engaging with different actors in the power sector.  This helped me better understand how these uncertainties affect them specifically. For example, among the top priorities of an electricity service provider is that the service they offer to their customers must remain affordable and reliable. The intermittency of certain renewables, in particular wind and solar, can pose a […]

In pursuit of reaching the ambitious energy goals for 2030 and 2050, the countries surrounding the North Sea basin have substantially increased their efforts in deploying large-scale offshore wind farms (Fig. 1). However, several studies indicated a serious scarcity of suitable offshore locations for wind farms, in areas with a water depth above -55 m [1], especially in the southern part of the North Sea. Scenarios, such as Wind Europe Central Scenario for the deployment of renewable energy in the North Sea, propose up to 48 GW installed capacity by 2030 [2], approx. 3 times the installed capacity in 2019. Moreover, a large-scale deployment for offshore wind farms is raising […]

Introduction

The image of wind-turbines working along with large-scale PV plants is the first thing that comes to our mind, when we hear the term Energy Transition. In recent times, there has also been a focus on decarbonising the transport sector with electric vehicles powered by solar and wind energy. The coal gas fired heating system in buildings are being replaced with heat pumps in order to reduce the carbon footprint of our houses and commercial dwellings. While, these are extremely important steps, an important part of the jigsaw puzzle achieving a green transition of global economy remains relatively untouched. The industrial sector, especially the energy-intensive industries […]

Renewable advanced biofuels and their role in the energy system

Advanced biofuels are liquid fuels for transport produced from certain feedstock that meet sustainability and greenhouse gas (GHG) emission criteria. These can be lignocellulosic feedstocks (i.e. agricultural and forestry residues), non-food crops (i.e. grasses, miscanthus, algae), or industrial waste and residue streams that have low CO₂ emission or high GHG reduction, and reaches zero or low indirect land use change (ILUC) impact, overcoming the main drawbacks of conventional or first generation biofuels. By 2030, European Member States must require fuel suppliers to supply a minimum of 14% of the energy consumed in road and rail transport as renewable energy, with a […]