scispace - formally typeset
Search or ask a question

Answers from top 18 papers

More filters
Papers (18)Insight
The system is appropriate for complicated power environments.
The performance of the power amplifier meets the specification requirements of the desired.
The system requirements are easier to specify and to
The system can meet the requirements of the U. S. military standard MIL-STD-704A for the aircraft power supply characteristics.
Moreover, with the increasing number of power sources, storage elements, different supply voltages and strong requirements imposed at system level, the selection of the appropriate architecture becomes a nightmare for the system designer.
: The performance of the power amplifier meets the specification requirements of the desired.
These requirements pose a difficult problem for board level designers and are one of the major drivers for distributed power architectures.
The specification of a power-electronic interface is subject to requirements related not only to the renewable energy source itself but also to its effects on the power-system operation, especially where the intermittent energy source constitutes a significant part of the total system capacity.
Adequate requirements will assure permissible operation of the Estonian power system in steady-state and in different contingencies.
The experimental results show that various power requirements can be quickly and stably satisfied, and the overall average system efficiency can reach as high as 71.7%.
Simulation and experimental tests have demonstrated that the system meets the power-quality requirements of the application.
These variable structure TPCs can also realize the needed power management requirements.
Open accessProceedings ArticleDOI
Sadaf R. Alam, Jeffrey S. Vetter 
14 Aug 2006
Overall results confirm system balance requirements that are generated by the requirement models
This characteristic will reveal power budget requirements for the target throughput values.
After careful analysis of the requirements and system specification, we propose our system to be the best solution for efficient power utilization.
We describe how the effectiveness of such optimisations may be maximised and demonstrate that very large reductions in power requirements are possible.
The study results provide guidance for the design of hybrid sources according to the particular load power requirements.
I argue that linkage between dependability requirements and power should be explicit.

Related Questions

Is BI reliable for MCI?4 answersThe reliability of Biomarkers (BI) for Mild Cognitive Impairment (MCI) is a topic of interest in cognitive screening. While traditional CSF markers like beta-amyloid and tau-proteins are being investigated for monitoring early interventions, other screening tools like the Computer-Administered Neuropsychological Screen (CANS-MCI) have shown promise. The CANS-MCI has demonstrated high internal consistency, good test-retest reliability, and moderate concurrent validity for MCI screening. On the other hand, studies have shown that mandibular cortical index (MCI) may not be a reliable tool for identifying low bone mineral density in women. Additionally, machine learning methods incorporating data from multiple domains, including MCI, Alzheimer's disease, and normal controls, have shown improved prediction accuracy for MCI conversion to AD. Therefore, while traditional biomarkers are under scrutiny, innovative screening tools like CANS-MCI and interdisciplinary approaches show promise in enhancing MCI diagnosis and prediction.
What is a power sytem'?4 answersA power system is a collection of components and modules that work together to transmit and control electrical power. It includes various elements such as power electronics modules, circuit boards, electronic components, and power storage units. The power system can be designed to facilitate contactless alignment, allowing for efficient power transmission without physical contact. It can also be enclosed in a fluid-tight manner, combining the advantages of direct and indirect cooling. The system may include information acquiring units, microprocessors, data storage modules, display modules, wireless communication modules, monitoring centers, power supply modules, and alarming modules. The power transmission circuit within the system connects the electric motor, power generator, and power storage units, allowing for the transmission of electric power to drive a load.
What is bi?4 answersBusiness Intelligence (BI) refers to the technologies, applications, and processes used to gather, store, access, and analyze data in order to support decision-making and help organizations make better decisions. BI encompasses various components such as online analytical processing, advanced analytics, corporate performance management, data warehousing, and data sources. It allows organizations to access critical information that is essential for the success of different functional areas within the organization, such as finance, human resources, marketing, and sales. BI helps organizations improve decision-making, gain insights into industry trends, maintain a competitive advantage, and enhance organizational efficiency. It also enables companies to focus on customer behavior, improve control over processes, and access real-time data. BI is crucial for organizations to succeed in the marketplace and is a prerequisite for competing effectively.
How powerbi can better than powerpoint?4 answersPower BI can be better than PowerPoint because it is a data analysis and visualization tool that can extract data from various sources, organize and analyze the data, and generate beautiful charts. It allows for real-time analysis and presentation of enterprise accounts receivable, improving the management ability of related enterprises. Additionally, Power BI offers the advantage of being able to visualize processed datasets, providing information in the form of diagrams and charts. In comparison, PowerPoint is primarily a presentation tool and may not have the same level of data analysis and visualization capabilities as Power BI. Therefore, for tasks that require data analysis, real-time analysis, and visualization, Power BI can be a more effective choice than PowerPoint.
Why power bi for manufacturing?5 answersPower BI is used in manufacturing because it helps optimize manufacturing processes and reduce costs. By using simulation tools like Tecnomatix Siemens PS software, energy consumption in machining operations can be analyzed and minimized. Additionally, Power BI can be used to monitor power consumption, which is a significant factor in industry costs. It also enables the creation of digital twins, which can be used for case studies and optimization using the Design of Experiments method. Furthermore, Power BI can assist in decision-making throughout the product manufacturing life cycle, including design, planning, production, distribution, field service, and reclamation. Overall, Power BI provides valuable insights and analytics that can help manufacturers make data-driven decisions, improve efficiency, and stay competitive in the industry.
How to prepare for power system?20 answers

See what other people are reading

What is the solution for the transformation of inland counters?
5 answers
The solution for the transformation of inland counters involves the implementation of Optical Character Recognition (OCR) technology to enable tele-measurement for legacy utility meters like water, natural gas, and electricity meters. This OCR technology allows for secure reading through "galvanic separation" provided by optical acquisition of displayed counter values, ensuring accuracy and reliability, especially for natural gas meters. The cost-effective solution includes capturing counter displays using devices like an "ArdtrCarn" camera for Arduino embedded solutions, local image processing, and tele-transmission via WiFi hot-spots in intelligent buildings. Additionally, National Instruments software sub-systems like NI Vision Development Module and LabView are utilized for OCR and cloud aggregation of measured values, enhancing the efficiency and effectiveness of the transformation process.
What are the historical factors of comparative education?
5 answers
Historical factors in comparative education encompass the evolution of the field from its roots in the 19th century to its contemporary relevance. Initially focused on transferring educational experiences between nations, comparative education has progressed through distinct political patterns: the competitive nation-state model, the standardised progression during the Cold War, and the current emphasis on global potency linked to educational performance tests like PISA. Scholars have endeavored to develop a scientific approach to comparative education, drawing from diverse efforts in the 1960s and 1970s, leading to a complexity theory perspective that challenges positivist visions of science. Recent trends highlight the importance of historical and social dimensions in comparative education, advocating for a theoretical revision to address current challenges and reconcile social/historical sciences with comparative approaches. The field's expansion and internationalization have further enriched its perspectives, with varying knowledge production rhythms globally.
What are the various factors in historical factors of comparative education?
5 answers
Historical factors in comparative education encompass several key elements. Firstly, the evolution of comparative education has been influenced by political patterns, such as the competitive nation-state model and the contemporary focus on global school performance tests like PISA. Secondly, the transfer of educational experiences across countries has been a fundamental principle since the 19th century, gaining prominence in the latter half of the 20th century with the universalization of education rights. Additionally, conducting historical research in education requires minimizing biases, selecting appropriate research questions, evaluating sources, and providing balanced interpretations of events. Moreover, historical scholarship on the international circulation of educational ideas emphasizes the need to understand processes of indigenization, appropriation, and translation, moving beyond influence-oriented studies.
What are the definition of apprenticeship?
5 answers
Apprenticeship is a traditional job training strategy that combines practical on-the-job training with related classroom instruction. It has evolved over time, with various paradigms and levels of maturity. The apprenticeship maturity model outlines six levels, ranging from informal to collective apprenticeships. Historically, apprenticeship has been structured within guild systems, where individuals progress from apprentices to journeymen and then to masters, acquiring skills through hands-on education under a master's guidance. In modern times, there is a growing recognition of the need for new modes of intervention to address the disadvantages faced by marginalized groups, such as women in philosophy, emphasizing the importance of obverse apprenticeship as a guiding framework for institutional change. Overall, apprenticeship remains a valuable training approach that blends practical experience with theoretical knowledge.
Do Japan, Taiwan, and South Korea influence each other in political?
5 answers
Japan, Taiwan, and South Korea do influence each other politically, albeit in varying ways. Japanese and Korean popular culture have impacted Taiwan, shaping perceptions and sparking debates. Additionally, Taiwan and South Korea have navigated soft power politics in South and Southeast Asia, with Taiwan emphasizing "warm power" practices. China's assertiveness has also influenced Taiwan and South Korea differently, leading to political unity or division in response to Chinese pressure based on historical rifts and national identity issues. Furthermore, contrasting industrialization patterns in Taiwan and South Korea have led to different political consequences, affecting democratization processes in each country differently. These interactions highlight the interconnectedness and mutual influence among Japan, Taiwan, and South Korea in the political realm.
How did GE become big?
5 answers
General Electric (GE) became a major global player through strategic acquisitions, diversified business ventures, innovative technologies, and exceptional leadership. GE's evolution from an industrial giant to a technology-driven powerhouse was meticulously planned and executed, leading to sustained growth and profitability over the years. The company's success can be attributed to its commitment to excellence in various sectors such as aircraft engines, broadcasting, power systems, medical systems, and more. GE's organizational transformations, guided by strong leadership and strategic planning, played a crucial role in its remarkable growth trajectory. By fostering a culture of innovation, adopting new technologies, and implementing effective strategies, GE solidified its position as a global phenomenon, showcasing the power of calculated efforts and visionary leadership in achieving unparalleled success.
What are TNB direction in AI?
5 answers
Temporal derived bi-directional (TDB) motion vectors are a significant aspect in artificial intelligence (AI) applications. These vectors play a crucial role in merge mode and AMVP mode, enhancing motion prediction capabilities. Additionally, the use of artificial neural networks (ANN) for automatic generator tripping in power systems demonstrates the integration of AI in real-time applications. Furthermore, adaptive fast block-matching algorithms (A-TDB) have been developed to address varying motion challenges in video codecs, showcasing the adaptability of AI algorithms based on predicted profit lists. In the realm of motor control, internal neural models like inverse dynamics models are essential for executing fast and coordinated arm movements under feedforward control, emphasizing the necessity of AI-inspired models in biological systems.
What is the research point on containment renewable energies in the existing literature?
4 answers
The existing literature on renewable energies primarily focuses on exploring various renewable sources like biofuels, solar energy, wind energy, and renewable electricity, emphasizing their environmental benefits and potential to replace harmful fossil fuels. Research also highlights the importance of advancing energy sustainability through renewable energy to protect the environment and promote efficient solutions. However, there is a noted lack of emphasis on the political and social processes critical for a sustainable energy transition, as well as insufficient exploration of business potentials and energy infrastructure in the context of renewable energy deployment in countries of the Global South. Additionally, the rise of renewable energy sources like wind and solar power presents new challenges for electric power systems, such as Frequency Containment Reserves (FCR) management.
How is hinduism brought?
5 answers
Hinduism has been brought to various countries through different means. In the United Kingdom, Hinduism spread through Import traditions like the School of Economic Science, Export traditions such as the Brahma Kumaris and Bhakti Marga, and Baggage traditions like the Swaminarayan Movement brought by Gujarati immigrants. In the United States, Hinduism arrived through the representation, construction, and practice of various forms, especially after changes in immigration policies in 1965. In France, Hinduism's presence is linked to the migration of Hindu populations and the diffusion of Hindu religious movements in the West. The process of "Hinduism" coming into being in colonial India involved the active engagement of Indian authors alongside Western Orientalists and missionaries.
What role does of resilient IT infrastructure play in hospitals' operational performance.?
4 answers
Resilient IT infrastructure in hospitals plays a crucial role in maintaining operational performance during unexpected events and disasters. Studies emphasize the significance of IT investment, integration, and interoperability in ensuring the rapid recovery of critical clinical information systems (CIS) after data loss incidents. Furthermore, the design of resilient power supply systems is vital for hospital operational continuity and power outage resilience, highlighting the importance of adequate electrical resilience for hospital power systems. Additionally, the resilience of hospitals' functional performance is essential to minimize interruptions in healthcare services during emergencies, emphasizing the need for a comprehensive understanding of resilience metrics and interactions within hospital systems. Overall, resilient IT infrastructure enables hospitals to maintain service continuity, ensure timely access to critical information, and enhance overall operational resilience.
How does smart grid relevant to electric vehicles?
5 answers
Smart grids play a crucial role in the integration of electric vehicles (EVs) into the energy system. EVs offer a sustainable solution to reduce carbon emissions and address energy crises. The synergy between EVs and smart grids enables active power regulation, load balancing, and support for renewable energy sources. By utilizing Vehicle-to-Grid (V2G) technology, EVs can act as energy reserves, storing power during off-peak hours and supplying it during peak demand, thus enhancing grid stability. The integration of distributed generation, renewable energy sources, and advanced communication networks in smart grids facilitates the effective incorporation of EVs into the energy market. This collaboration fosters sophisticated management approaches, environmental sustainability, and grid stability, ensuring a seamless transition towards a more efficient and sustainable energy ecosystem.