Log in or Register for enhanced features | Forgotten Password?
White Papers | Suppliers | Events | Report Store | Companies | Dining Club | Videos

Power Generation
Wind
Return to: EBR Home | Power Generation | Wind | White Papers
Search Refinements

Wind White Papers

View white papers from other Energy sectors:
16-30 of 189 results
BlueCielo - Improving Operational Efficiency at RWE
| By BlueCielo ECM Solutions
With almost 60,000 employees supplying energy to over 16 million electricity customers and 7 million gas customers, RWE AG is one of the leading power generation companies in Europe. The company produces energy by regular and brown power stations, as well as nuclear and regenerative power plants. RWE continually works on methods to improve and optimize the efficiency of its new and existing power stations. Optimization is a key aspect in the engineering, design and construction of new and existing power stations. Efficiency is an important factor in the planning of the operations and maintenance of the power stations.
Power Generation > Wind > White Papers
PM Piping Power Generation - Adding Value to Projects
| By PM Piping
PM Piping is proud to present its dedicated supply solutions for the Power Generation industry. It offers complete “Packages” to major projects for the Energy, Oil, Gas, and Renewables Industries. PM Piping also specialises in providing materials to Linepipe, Process Piping, Power Generation, Offshore, Renewable Energy, and Compressor Stations/Gas Storage projects.
Power Generation > Wind > White Papers
Wind Turbine Foundations
| By Alphatec Engineering
Alphatec Engineering has been repairing concrete foundations, and regrouting all types of rotating machinery, since 1977. During the past 40 years we have worked on diesel engines, reciprocating and centrifugal compressors, turbo-machinery, pumps, blowers, fans, kilns, grinding mills, crushers, shredders, gearboxes, electric motors, presses, etc.
Power Generation > Wind > White Papers
Generate Clean Energy More Efficiently With Powerful Data Analytics
| By CAMO Software
Advanced data analysis tools can help renewable energy companies operate more efficiently, from R&D - such as developing more efficient solar panels and more robust wind turbine blades - to solving common problems such as predicting turbine breakdowns and optimising the use of equipment depending on local conditions and demand.
Power Generation > Wind > White Papers
Real-Time Process Monitoring
| By CAMO Software
If you are running a manufacturing of industrial process, you’ll appreciate the value of being able to identify and correct deviations before they become a major problem. Now you can have real-time process monitoring using powerful multivariate analysis, without the inflated price tag or complex installations of other solutions
Power Generation > Wind > White Papers
Optimize Refining Processes & Reduce Costs From Distillation to Blending
| By CAMO Software
CAMO Software has worked with petrochemical refineries for many years. Their world-leading multivariate data analysis software can be used for process modelling, rapid analysis and early event detection.
Power Generation > Wind > White Papers
Combining First Principle Models with MVA and DOE
| By CAMO Software
Chemical engineering is a discipline that to a certain degree relies on deterministic or first principle models. These models may describe flow rates, mass balance, energy and other principal properties of a system. But to quote the famous chemist/statistician George Box: “All models are wrong but some are useful”.
Power Generation > Wind > White Papers
Multivariate Data Analysis an Essential Tool in the World of Big Data
| By CAMO Software
Multivariate data analysis (MVA) is increasingly used across a wide range of industries from R&D and engineering, to manufacturing, quality control and preventative maintenance programs. Below are some examples of how our clients are using multivariate data analysis to get a competitive edge.
Power Generation > Wind > White Papers
CAMO Delves into Assumption Free Modeling and Monitoring of Batch Processes
| By CAMO Software
Modeling strategies currently in use for the monitoring of batch processes wheremultivariate data are available have some limitations, particularly for batches where the true starting or end point are not the same on an absolute time scale, or the batch progression varies among batches.
Power Generation > Wind > White Papers
PLEXOS Study of the Italian Power System and Market in the Medium-Term: Realities and Expectations of Renewables Integration
| By Energy Exemplar
One of the main developments of the last few years on the Italian power market has been the significant increase of renewable capacity in the form of wind and solar power plants. Using a PLEXOS dataset based on data available from Terna and various utilities, we have modeled the Italian power market considering the six geographical zones and created the medium term expected scenarios from the Terna information available for 2012 and the published 2013 grid development plan.
Power Generation > Wind > White Papers
Adjustable Speed Pumped-Storage Hydro-Generator (PSH) Evaluation by PLEXOS
| By Energy Exemplar
Energy Exemplar is engaged in this project sponsored by the Department of Energy through Argonne National Laboratory to perform the power system operation simulation to evaluate the fixed-speed pumped-storage hydro-generators (FS PSH) and the adjustable-speed pumped-storage hydro-generators (AS PSH) in the areas of: quantifying the value of the FS and AS PSHs under different market conditions and for different levels of variable renewable generation (wind and solar) in the system; and providing information about the full range of benefits and value of PSH and CH plants and recommendations for appropriate business models for future PSH projects.
Power Generation > Wind > White Papers
North of Delta Off-Stream Storage (NODOS) Project Benefits Study
| By Energy Exemplar
The economic viability study of the proposed North-of-Delta Off-Stream storage (NODOS) pump storage project was originally completed by the United States Bureau of Reclamation (USBR) and the California Department of Water Resources (CDWR) in early 2013. This document summarizes an update to that study performed for USBR, by Energy Exemplar (EE) and Pinnacle Consulting (Pinnacle), consulting firms specializing in the evaluation of power generation assets in California and in the Western Electricity Coordinating Council (WECC) system, which includes the provinces of Alberta and British Columbia, the northern portion of Baja California, Mexico, and all or portions of 14 Western states in the United States including California.
Power Generation > Wind > White Papers
PLEXOS Integrated Energy Model Brochure
| By Energy Exemplar
PLEXOS® Integrated Energy Model (PLEXOS Desktop Edition) is a proven power market simulation software that uses cutting-edge mathematical programming and stochastic optimisation techniques, combined with the latest user-interface and data handling approaches to provide the most comprehensive, easy-to-use and robust analytical framework for power market modellers.
Power Generation > Wind > White Papers
Evaluation of the Impact of Including Start Costs in SEM 2020 Wind-Integration Scenarios
| By Energy Exemplar
Base load thermal unit start costs include energy (fuel and CO2) and non-energy (wear and tear, extra O&M) components. Most wind integration studies have ignored non-energy components. This research examines the effect of including non-energy start costs on scheduling.
Power Generation > Wind > White Papers
Irish and British Historical Electricity Prices and Implications for the Future
| By Energy Exemplar
This paper compares retail and wholesale electricity prices in SEM, the market of Ireland, and BETTA in Great Britain. Estimated wholesale costs are much lower in BETTA. We show that this is mostly because the wholesale price in BETTA is set too low to cover generation costs, although it is compensated by large retail margins. The substantial need for new investment in generation in Great Britain suggests that returns to generators will have to increase. Developing a market mechanism to compensate generators fairly while simultaneously reducing retail revenue will help in achieving this goal.
Power Generation > Wind > White Papers
16-30 of 189 results