Energy science
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The document discusses issues with the current fuel-based energy system and outlines a vision for a more sustainable energy future based on renewable energy sources. It proposes research into [1] energy harvesting and transport technologies to develop fuel-less energy models, [2] energy storage solutions like superconductors and nuclear fusion to overcome issues with intermittent renewable sources, and [3] transmission technologies like superconductors to reduce power losses. The document calls for innovative approaches to challenges in current nuclear fusion research and a re-focus on sustainability in the global energy system.
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The document discusses the benefits of electric vehicles (EVs) and Oregon's role in the emerging EV industry. EVs can help address issues like air quality, land use, population growth and fuel prices. They use electricity as a flexible energy source that can come from renewable resources, reducing emissions over time. Oregon is well positioned in the EV market as an early adopter of advanced transportation technologies. The presentation outlines the benefits of EVs and barriers to widespread adoption that new technologies and infrastructure may help address.
Urban_Daniel_Energy_FinalReport
This document discusses technologies that can support a sustainable energy future, including grid-connected energy storage. It analyzes six types of grid-connected energy storage: compressed air, liquid air, batteries, hydrogen, pumped-hydro, and superconducting magnetic. Each technology has benefits and drawbacks. No single technology provides the answer, but together they can help transition to more renewable energy and shape a sustainable energy system over the next 100 years.
Cleantech Job Skills Inventory and Careers
This document summarizes a study on clean technology jobs and careers. It identifies 10 industry sectors and 50 job types in the cleantech field. Interviews with employees and employers were conducted to develop an inventory of job skills and competencies. The largest cleantech sectors are renewable energy, biofuels, green building, transportation, batteries/fuel cells, smart grid, and environmental technology. Many cleantech jobs require education in areas like chemistry, engineering, materials science, energy systems, and environmental analysis. Community colleges can help develop the workforce by teaching relevant skills and knowledge.
Energy and Transport
The document discusses technological solutions to reduce energy consumption in transport, including both "hard" vehicle and infrastructure technologies as well as "soft" systems approaches. It provides battery electric vehicles (BEVs) as a specific example, noting that over 350,000 BEVs have been purchased globally. According to a UK study, BEVs can reduce transport emissions by 44% compared to gasoline vehicles by 2050. However, an integrated approach is needed and technological solutions will have higher initial costs.
A Fuzzy Bi-objective Mathematical Model for Multi-depot Electric Vehicle Loca...
A Fuzzy Bi-objective Mathematical Model for Multi-depot Electric Vehicle Loca...Associate Professor in VSB Coimbatore
In green logistics, environmentally-friendly vehicles are strongly recommended as a transportation option. One of the green logistics vehicles is the electric vehicle which is a good selection to reduce greenhouse gas emissions. The present paper focused on the location-routing problem in electric vehicles by considering multi-depots and hard and soft time windows in uncertain conditions. We proposed a fuzzy bi-objective mathematical model for electric vehicles with a limitation in charge stations, the dependence of energy consumption to vehicle load, and a simultaneous delivery and pick-up. We used the multi-objectives particle swarm meta-heuristic algorithms based on the Pareto archive and the NSGA-II algorithm to solve this model. To evaluate the validity of the proposed model and algorithms, sample problems of EVRPTW were selected and solved using Gomez software and proposed meta-heuristic algorithms. The validation results for the model and algorithm confirmed that the model is valid, and the salving algorithms can solve the model efficiently and converge to an optimal answer. The comparing results of solving algorithms performance showed that, compared to the NSGA-II algorithm, the MOPSO algorithm has a higher ability in all states to generate higher quality responses and more diversity.Intech hybrid solar-vehicles
The document summarizes hybrid solar vehicles (HSV), which integrate photovoltaic panels into hybrid electric vehicles. HSV could combine the advantages of HEVs and solar power by using solar energy captured by panels during driving and parking. However, optimizing the integration requires redesigning the vehicle-powertrain system and developing new energy management strategies tailored to HSVs to maximize solar energy usage. The potential benefits of HSVs include reducing fossil fuel dependence and emissions while increasing electric vehicle range and grid support through vehicle-to-grid technologies.
Tesla Master Plan Part-3
The document outlines a 6-step plan to transition the global energy system to be fully sustainable and eliminate fossil fuel use:
1. Repower the existing electricity grid with renewable energy like solar and wind.
2. Switch road transportation to electric vehicles, which are 4 times more energy efficient than gas vehicles.
3. Electrify buildings by switching to efficient electric heat pumps for heating/cooling instead of fossil fuel furnaces.
4. Use electric heaters, thermal storage, and hydrogen production to power industrial processes that require high temperatures.
5. The plan would eliminate 134PWh/year of fossil fuel use globally and create 30TW of renewable power capacity to meet the new elect
Tesla Master Plan Part 3
The document outlines a 6-step plan to transition the global energy system to be fully sustainable and eliminate fossil fuel use:
1. Repower the existing electricity grid with renewable energy like solar and wind.
2. Switch transportation to electric vehicles, which are 4 times more energy efficient than gas vehicles.
3. Electrify buildings by switching to efficient electric heat pumps for heating/cooling and water heating.
4. Electrify industrial processes below 200C using heat pumps and use electric heating, storage, and hydrogen above 200C.
5. Invest in renewable energy manufacturing to build the sustainable infrastructure over 10 years for $10 trillion, requiring minimal land and resources.
6
Tesla Master Plan Part 3
The document outlines a 6-step plan to transition the global energy system to be fully sustainable and eliminate fossil fuel use:
1. Repower the existing electricity grid with renewable energy like solar and wind.
2. Switch road transportation to electric vehicles, which are 4 times more energy efficient than gas vehicles.
3. Electrify buildings by switching to efficient electric heat pumps for heating/cooling instead of fossil fuel furnaces.
4. Use electric heaters, thermal storage, and hydrogen production to power industrial processes that require high temperatures.
5. The plan would eliminate 134PWh/year of fossil fuel use globally and create 30TW of renewable power generation capacity to meet the new
1-s2.0-S2772783122000462-main-2.pdf
This document discusses electric vehicle battery swapping stations as a solution to barriers around EV adoption. It proposes a multi-objective optimization model to determine the optimal strategy for operating a battery swapping station. The model considers minimizing costs from battery utilization, damage from different charging methods, and dynamic electricity costs, while satisfying demand. The solution provides the optimal number of batteries to use from stock and charging decisions for incoming discharged batteries. The results from two optimization tools, Solver in MS Excel and Lingo software, were compared.
Electricity Access Essay
The document discusses electricity access challenges in developing nations, particularly in rural and remote areas with scattered populations and little economic activity. Extending electric grids to these areas is often the most feasible solution but is limited by high costs. Hybrid energy systems using renewable sources like solar, wind and hydroelectric power will play a key role in meeting future electricity demand in a sustainable way. However, power from intermittent renewable sources requires energy storage systems to balance energy generation with load demand.
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Coal power environment global perspective
Coal takes millions of years to form from decayed plants and is a nonrenewable resource. There are various types of coal classified by their carbon content. Coal is mined through surface or underground methods and is used primarily to generate electricity. While coal provides affordable, abundant energy, it also has significant environmental impacts including air and water pollution, greenhouse gas emissions, and negative health effects. The proposed Rampal power plant in Bangladesh would burn imported coal and use seawater for cooling to generate electricity.
Energy Scenario of Denmark
Denmark has ambitious renewable energy targets, aiming to install 1000 MW of solar power by 2020 and 3400 MW by 2030. The country also relies heavily on renewable sources like biomass and wind power, with biomass accounting for 41% of total energy consumption as Denmark imported over 2 million tonnes of wood pellets. Non-renewable sources like coal, oil, and natural gas still make up a portion of the energy mix but are expected to decline as Denmark works to transition fully to renewable energy.
Energy as tender
The document discusses an energy tender concept that could drive massive investment in energy transition. The concept is based on a technology model where capital costs and performance guarantees are the focus, removing fuel costs from the equation. Specification-based tendering would fix costs and make specifications like interest rates, maintenance requirements, and expected output the variables. This would exclude abuse and bribes, focusing all parties on performance. The energy tender concept is claimed to lead to better performing energy facilities, reduced costs, increased energy harvesting, and improved returns on investment.
Study of Ground Water Recharge from Rainfall in Dhaka City
This document presents a study on quantifying groundwater recharge from rainfall in Dhaka City, Bangladesh. The study uses a soil water balance approach and meteorological data from 2014 to estimate recharge for an area in Mohammadpur. The results show that the area receives 432mm of rainfall per year that is stored in the ground between June to September, considered the rainy season. Estimated recharge depends on precipitation, evapotranspiration, and surface runoff. Between October to May, little rainfall contributes to recharge as most water is lost to surface runoff or evapotranspiration, leaving the soil dry. The study aims to provide data for sustainable water resource management in Dhaka City amidst climate
Renewable Energy Scenario comparison (USA-Russia-France)
The document compares the renewable energy scenarios of the USA, Russia, and France by looking at their total renewable energy generation, the amount of renewable energy as a percentage of total power generation, the features of each country's renewable energy scenario, maps showing the source-based renewable energy of each country, examples of commercial renewable energy plants, the energy mix and renewable energy policies of each country, tariffs for renewable energy, and the major risk factors of renewable energy in each location.
Climate change coastal zone of bangladesh
The document discusses the impacts of climate change on Bangladesh's coastal zone. It notes that 20% of Bangladesh's land and 30% of its cultivable land is located in coastal zones, which are home to 35 million people. Climate change is increasing the frequency and intensity of cyclones, floods, erosion, and salinity intrusion. The government has implemented policies like coastal zone management plans and funding mechanisms to build infrastructure and resilience. However, challenges remain around declining ecosystems, pollution, and adapting to issues like sea level rise and changing rainfall patterns.
Tendering Document for the Procurement of Works
This document outlines the tendering process for a construction project. It includes sections on instruction to tenderers, qualification criteria, tender preparation and submission, tender opening and evaluation, and contract award. It provides details on project scope, eligibility, language and currency, submission deadlines, performance security requirements, and dispute resolution procedures. The bill of quantities specifies items for earthworks, concrete works, reinforcement, masonry, finishes, and facilities. Specifications cover materials, workmanship, and testing. Drawings include floor plans, sections, schedules and reinforcement details.
Design of an industrial park
This document provides details for designing an industrial park including administrative, industrial production, common services, and residential zones. It includes population projections for 10 and 20 years with assumed growth rates. Water demand calculations are provided for each zone for the present and projected populations accounting for peak factors. Fire fighting water demand is also calculated based on nozzle size and duration of use. A grain size distribution analysis is presented for a layer between 390-430 feet where a strainer would be positioned. Finally, gravel pack design is discussed using the D10 size from the layer analysis.
Mrt
MRT policy and city sustainability are inextricably linked. In the era of globalization, city authorities recognize the need for their city to compete in the global marketplace, and MRT is seen to be part of the ‘package’ to attract investment. The effectiveness of MRT will influence the city’s future. For a rapidly growing city like Dhaka, MRT decisions will undoubtedly be a great strategic approach. But the burning question for decision-makers is how to balance the sometimes conflicting objectives of poverty alleviation and controlling congestion with its associated pollution and safety costs within the means of government budgets. Large cities in developing world are centers of economic growth and magnets for poor people from the countryside. That is why, a research is urgent required to identify the deficiencies of existing mass transit system and to find out alternative options for solving the problems to improve the transport situation in Dhaka Metropolitan. So the development of MRT systems should be carried out in a favorable condition within the context of a city development plan and transport strategy.
History of The world
1) The Earth formed around 4.5 billion years ago from a disk of dust and gas surrounding the young Sun. Over millions of years, the planet developed a layered core and crust as heavier elements sank to the center.
2) Early microbes evolved and began producing oxygen through photosynthesis, transforming the atmosphere. The rise of oxygen allowed more complex life like fish and eventually amphibians, dinosaurs, and primates to emerge.
3) The first humans evolved around 2 million years ago, living as hunter-gatherers. Control of fire was a major development that allowed expansion of human activity. Settlement and agriculture began around 10,000 years ago, leading to growth of early civilizations along rivers.
Prediction of energy mix in power production bangladesh context 2030
This document discusses Bangladesh's present and future energy scenario. It notes that Bangladesh currently relies heavily on natural gas for energy, which supplies around three-quarters of its energy needs. However, gas production is expected to peak in 2018 and decline thereafter. As a result, Bangladesh will need to increase its use of other energy sources like coal, liquefied natural gas, and renewable sources to meet growing energy demand driven by economic and population growth. The document examines Bangladesh's existing energy balance and electricity generation fuel mix, and presents plans to expand electricity supply through developing additional power from coal, LNG, nuclear, and hydro sources by 2030.
Flexural lecture
Flexural members are structural elements that experience bending when loaded. They include beams, slabs, and plates that are subjected to transverse loads. These members must be designed to withstand bending stresses without failing in order to safely support applied loads.
Compression member
Compression members are structural elements that are primarily subjected to compressive forces. They include columns, struts, and other load-bearing parts of a structure that experience axial loading rather than bending. Compression members are designed to carry the load in compression without buckling, and their strength depends on factors like length, material properties, and end restraint conditions.
Cement
The document discusses different types of cement including OPC, PCC, and PLC. It provides details on the composition and advantages of PLC cement, also known as Supercrete, which is produced in Bangladesh. The document also covers topics like fly ash, cement identification, curing duration, causes of cracks in concrete, and methods to prevent hair cracks.
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3:国家专业人才认证中心颁发入库证书
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2:同时对留学生所学专业登记给予评定
3:国家专业人才认证中心颁发入库证书
4:这个认证书并且可以归档倒地方
5:凡事获得留信网入网的信息将会逐步更新到个人身份内，将在公安局网内查询个人身份证信息后，同步读取人才网入库信息
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Energy science
- 1. Energy : Science Mohammad Alimuzzaman (bappy.ce.buet@gmail.com) Institute of Energy University of Dhaka
- 2. Existing World Scenario Fuel Based Society No sustainable Prosperity World Economic Decline Huge geopolitical & Regional Tensions
- 3. Fuel Less Energy Model Need Physical & Chemical Research on These Two Energy Harvesting Energy Transport Technology
- 4. Research on Facets Missing Facets (Blind Research) Technology :Cheap & abundant
- 5. Towards Sustainability Cheap Fueless Renewable Energy Storage System Use of superconductor and Nuclear Fusion White spots on Energy Map
- 6. Towards Sustainability Regarding Storage Need Storage medium for free moving Objects During Operation
- 7. Plans to Care About Induction based trail on public Roads (Starting with intercity Roads) Massive Energy Use of Mobility and Transport Concept of Peak Energy Funding prospective of Govt. or Private investments for Electricity Generation
- 8. Are Batteries No valid? Alternatives????? NO! Not enough Material on the world to build an huge capacity battery for each car / truck of the world
- 9. Plane with battery Plane with battery combination Not right Due to over weight
- 10. Beauty of Hydrogen No specific Material • Physical not chemical based storage process • Power as molecules vs Power as electrons Needs Micro production Scale technology • Not only in volume but also in technology process
- 11. Future Power Scenario More Dynamic Power consumar having own digital management unit Each grid having own price xml feed Making out a compilation of supply and demand for each moment of the day
- 12. What we need for transmission ????? Superconducting Science
- 13. Features of Superconducting Material Sustainable Energy Transmission Reduces Power Loss During Transmission Lowers pressure on world Demand for Cu & Al
- 15. •Try to find materials that can resists super high temperature without to get burned in the process Features of Current nuclear Fusion Research
- 16. Possible Solution of Current Research Should be based on vertical electro /magnetic building Concept Research lower path steering by magnetic to get a technology Bundles power of cheap lasers into one intensive light path or by mirrors to one very intensive cross point For More Info : Global Future Analysis Version 2009
- 18. Thank you