energy distribution system Articles
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Integrated framework for energy loss allocation in electric distribution systems under liberalised energy markets
This paper discusses an integrated framework for cost allocation of energy losses of electric distribution systems under liberalised energy markets. As key contribution is developed an allocation strategy based upon Locational and Uniform Incremental Prices. The locational incremental prices send efficient economical signals to distributed generators with incentives for loss minimisation and ...
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Origin Energy: Gas Distribution SCADA System - Case Study
The natural gas distribution system in Victoria Australia is owned by Envestra Ltd. It comprises of over 8,300 Km of natural gas and supplies over 400,000 industrial and residential premises in Melbourne City and regional areas. The Origin Energy Asset Management (OEAM) Team manages their gas reticulation system using the Kingfisher and Citect SCADA systems telemetry system. Project ...
By Ovarro
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American Energy Innovation Act Of 2015 Introduced By Senate Democrats
On September 22, 2015, Senator Maria Cantwell (D-WA) of the Senate Committee on Energy and Natural Resources, Democratic Leader Senator Harry Reid (D-NV), Senator Charles Schumer (D-NY), and Senator Ron Wyden (D-OR) released The American Energy Innovation Act of 2015, a bill designed to improve economic growth in the energy sector, invest in clean energy, and support research and development ...
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Comparative performance of BESS and SMES in distribution network to improve power quality
The FACTS devices, like STATCOM, are becoming a part of the modern power system to improve the power system operation and power quality problems. Integrating the battery energy storage system (BESS)/superconducting magnetic energy storage (SMES) across the dc bus of the STATCOM can provide effective modulation of the real and reactive power. The dynamics of each of these differ because of their ...
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Battery Storage will have a Profound Impact on Smart Buildings
Often the best ideas are the most simple and elegant. If electric vehicles and consumer devices can have battery storage why can’t buildings? And if buildings can pull electricity from the grid at off peak times and store it in batteries, wouldn’t that save money? Since 2009, Stem based in California, have been working on these questions and disrupting the energy storage industry. ...
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Off-grid photovoltaic power generation solutions beyond expectations
Navigant Research, an American clean energy technology research institution, recently released a global off-grid distributed energy (DER) technology market research report, stating that the global off-grid distributed energy technology market scale from 2018 to 2027 has accumulated to nearly 350 billion US dollars. The report pointed out that in the next decade, the global off-grid distributed ...
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Power conditioning of an uncontrolled micro-hydroturbine-driven induction generator for distributed generation using a battery energy storage system
Distributed Generation (DG) and its interconnection to the AC power grid is a relatively new concept. DG employs small generators, which are distributed throughout the power system. The electricity is usually generated by renewable energy sources such as wind, hydro and tidal, which are intermittent in nature. These generators connected to the AC grid may lead to severe power quality problems. ...
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Enabling fast, efficient and accurate BTU measurement with Non-Intrusive ultrasonic technology - Case study
Application A major pharmaceutical company with a large facility in the greater Philadelphia area consumes as much as 300 million BTU s of thermal energy per day to cool their labs, equipment, offices, and other facilities. The chiller distribution network runs across several buildings over long distance and throughout underground tunnels. The pipe sizes at this facility range from a few inches ...
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Energy recovery potential using micro hydropower in water supply networks in the UK and Ireland
The supply and treatment of water is a highly energy intensive process, resulting in large amounts of greenhouse gas emissions as well as incurring large economic costs. Both governments and water service providers worldwide recognise the need for more sustainable water supply systems. In recent years, the use of hydropower turbines within water supply networks has been shown as a viable option ...
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Interoperability Profiles – A Better Way to Buy Grid Technology
Imagine browsing online for a new computer app. Once you have located the app, you swiftly hit the ‘download’ button – and immediately realize you’ve purchased the Windows version, which is incompatible with your Apple device. You have become a victim of technology tribalism. If your device represents a utility’s service territory, and the app represents new ...
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Assessing the benefits of a provision of system services by distributed generation
Distributed Generation (DG) units are said to have the potential to become an integral part of the future power systems. Today, DG units are characterised by high specific investment costs, but nevertheless are politically promoted because of their high degree of energy efficiency and their capability of reducing the current dependency on fossil fuels. However, at longer term DG units have to ...
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Renewable energy solutions – from a wave of future to global reality
Imagine a world with globally accessible, cheap and reliable, clean energy. Although it sounds a bit utopian, every day we’re getting a little closer to the life fueled by renewable power. It becomes possible due to the latest technology advancements form the past few decades and ongoing acceleration of technology development. As the main driver of the energy sector transition to clean ...
By Codibly
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How big is the distributed energy opportunity for water and wastewater utilities?
Energy costs for water utilities are large, and growing Energy is a significant cost for many water utilities, and costs are growing as more energy-intensive forms of water supply, including desalination, are being used. Energy is typically the second-largest utility budget item in developed countries, after labour. In many developing countries, energy can account for 70% or even more, of annual ...
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Application of DC meters in PV power generation.
Application of DC meters in PV power generation. PV power generation systems convert solar energy into electrical energy by utilizing solar panels. This type of energy is clean and does not rely on conventional energy sources. PV power generation systems comprise solar panels, controllers, inverters, DC power supplies, and energy meters. The use of DC meters in PV power generation is very ...
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Introducing The Battery Terminal - SimpliPhi Installer Podcast
Take a ride with the energy engineers from SimpliPhi Power and travel to new frontiers across the industry. We will cover terrain that spans energy storage, system design, equipment interoperability, renewable generation, codes & compliance, current events, and ...
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Carbon Asset Risk: A Review of Progress and Opportunities
The concept of carbon asset risk – that the world’s fossil fuel companies hold at least three times more oil, gas and coal reserves than can realistically be burned in order to avoid potentially catastrophic climate warming – has risen to the forefront as Wall Street analysts, investors, regulators and governments increasingly recognize carbon asset risk as an actionable, ...
By Ceres
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How Artificial Intelligence helps companies become more sustainable
Some time ago, I wrote a blog about how sustainability and digitization go hand-in-hand. I mentioned the power of Artificial Intelligence (AI) to help us make smarter decisions that rely on hard facts and enormous amounts of data - providing companies operational benefits and supporting us on our path to sustainability. But there’s a catch: To be future-ready, companies must start ...
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The Chemical Route to a Carbon Dioxide Neutral World
Excessive CO2 emissions in the atmosphere from anthropogenic activity can be divided into point sources and diffuse sources. The capture of CO2 from flue gases of large industrial installations and its conversion into fuels and chemicals with fast catalytic processes seems technically possible. Some emerging technologies are already being demonstrated on an industrial scale. Others are still ...
By SusChem
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Reactive power compensation strategies for wind generation in distribution systems: a power quality approach
This paper studies the impact on the voltage profile of wind energy based generators connected to distribution power systems. Voltage fluctuations arise in distribution levels including noncontrollable primary energy sources because of their corresponding active power injection variations. A number of reactive power strategies have been analysed and compared focusing on the voltage fluctuation ...
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Potential of energy production by Chinese farmers to fuel rural development
The role of farmers as future energy producers of China is explored within a fast changing rural economy. Data on rural households energy demand, socio-economic and environmental data are used from a household survey with a geographical spread over China. A concept of a more flexible energy production system, i.e., Biomass-Based Distributed Polygeneration (BB-DPG) is introduced. Through a more ...
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