Energy management 101
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This document discusses basics of energy management for schools, including ways to reduce rising utility costs and carbon footprint. It provides information on obtaining energy data, converting voltage to kilowatts, calculating heating and cooling degree days, and sizing buildings. Methods outlined for managing energy use include controlling demand, optimizing HVAC equipment and set points, collecting data, and utilizing backup generation and variable frequency drives. The document also discusses lighting improvements and alternative energy options.
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The demand of power is increasing exponentially results in installation of new stations whereas the sources of water are depreciating acutely. In future there may be a situation in which water sources may not cope up with this requirement.
Also the serious concerns of the regulatory authorities regarding usage of natural resources, definitely the norms will be further be tightened, which will curtail the freedom of usage of water in power plant.
In present scenario land acquisition is one of the toughest hurdles in plant installations which can be averted by locating stations in water scarce regions, by employing air cooled system which eliminates dependencies on water for CW.
Although dry cooling systems are costly technologies on techno-economic considerations, but foreseeing the future it is the need of hour to employ dry cooling system which offers possible solution for power plant installation eliminating the above mentioned challenges.
Energy Storage - 6: Dr Andreas Haue, BVES
On Thursday 19 November 2015, the British Embassy in Paris hosted a second trilateral workshop with French, German and British delegates from the research, government and business sectors to discuss the importance of energy storage.
District cooling design & case study
District cooling involves providing cooling to multiple buildings from a central plant via pipes. It started in the 1930s and provides energy savings compared to individual building cooling systems. A case study examines a residential area in Kuwait, finding the district cooling plant would save 50% on peak power and 40% annually on energy versus individual air-cooled systems. An inner-city case study in Kuwait also finds savings on energy and costs over a 30-year period from a district cooling system serving office, commercial and residential buildings.
Mec presentation for distribution 030111
This document discusses saving 25% on utility bills through energy conservation measures. It provides an agenda for an energy conference that will discuss measuring current energy consumption, benchmarking against similar businesses, assessing opportunities like lighting upgrades and building automation, and ensuring projected savings are realistic. A sample project is presented that upgrades lighting, ventilation, automation/retro-commissioning, and mechanicals with a 5.65 year payback and 29% savings on the utility bill.
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The document summarizes the work and results of an environmental internship at CST Industries Inc., a bolted storage tank manufacturer. Over the summer, the intern completed 5 projects that identified opportunities to reduce the company's environmental impacts and costs. Key results included annual savings of 469,572 kWh of electricity, 1,229 MMBtu of natural gas, and over 2.6 million gallons of water. The estimated savings were $92,474 per year and reduced greenhouse gas emissions by 458 metric tons of CO2 equivalent. Future projects are proposed to achieve additional sustainability improvements across the facility.
heat pump presentation 25-8-15
The document discusses heat pump systems and compares their costs to traditional heating methods. It provides cost comparisons for heating domestic hot water and swimming pools using electric heaters, gas boilers, solar heaters, and air-to-water heat pump systems. The heat pump systems can cut heating and cooling costs by up to 70% and pay for themselves within 3 years through energy savings. They also provide free cooling and heating of domestic water in addition to primary heating/cooling functions. Installation examples of heat pump systems are shown for various projects in Dubai, the UK, and Spain.
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energy management tips.pptx
The document discusses several topics related to energy audits and calculating energy savings. It provides information on:
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2) Calculating load factor using peak kW usage, total kWh used, and time period.
3) Explaining what a demand ratchet is and how to calculate the billed demand under a ratchet structure.
4) Defining what an energy audit is and that it identifies energy savings opportunities through a systematic study of how energy is used.
Energy storage for smart grid and renewables v1
The document discusses the importance of energy storage for renewables and microgrids. It notes that the Center for Electromechanics has over 100 researchers working on energy storage, smart grid, and energy technologies. Various energy storage technologies are discussed, including flywheels, batteries, compressed air, and thermal storage. Critical questions around where to locate storage and comparing technology costs are also addressed. The document concludes that while storage is critical for enabling renewables and smart grids, technology choices depend on specific application needs.
Energy storage for smart grid and renewables v1
The document discusses the importance of energy storage for renewables and microgrids. It notes that the Center for Electromechanics has over 100 researchers working on energy storage technologies like flywheels, batteries, and thermal storage to help integrate renewables onto the grid. While various storage options exist today, determining the optimal location and comparing costs requires analyzing specific applications. Ongoing research aims to improve technologies and lower costs so storage can play a bigger role in developing smarter, more flexible energy systems.
Auxiliary Consumption and Saving due to Increase in Boiler Efficiency
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CCSE Fuel Cell Commercial Workshop
First clean-energy fuel cells for generating electricity and heat for homes, businesses, and institutions featured at CCSE
energy audit
This document discusses energy audits and provides information on related topics. It defines an energy audit, describes the objectives and types of energy audits. It also discusses benchmarking, energy conservation opportunities, and instruments used in energy audits. Conversion factors and the Energy Conservation Act are outlined. Methodology, steps, and components of preliminary and detailed energy audits are summarized.
Enterprise Europe Network | Coleraine District Energy Scheme | Patrick Keatley
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Holistic approaches to green it gregynog colloquium - june 2011
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9
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Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Energy management 101
- 1. Basics Of Energy Management: For Schools *Not intended for reuse, please do not copy
- 7. Utilities Spreadsheet Year Units January February March April May June July August September October November December 2007 kW Demand 840 866 1295 1299 1321 1432 1340 1198 1421 1403 1196 913 kWh Usage Information was unable to be obtained 2008 kW Demand 744 706 673 1150 1143 1095 1037 1143 1211 938 803 616 kWh Usage 121,040 128,000 104,960 114,120 129,600 103,760 106,160 107,520 111,600 101,760 108,720 121,840 2009 kW Demand 647 656 639 648 713 801 729 653 625 683 673 720 kWh Usage 102,400 113,520 108,240 95,200 110,560 100,879 114,741 104,220 117,280 102,350 105,268 97,600 2010 kW Demand 639 635 654 623 462 713 747 606 577 655 637 662 kWh Usage 97,600 114,720 114,240 100,800 95,200 110,560 144,000 109,040 96,960 115,600 114,000 96,320
- 8. Kw Demand
- 9. Kwh Usage
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Editor's Notes
- Explain how lead/lag can help with fuel cost (ie gas, oil). Helps with overall wear and tear on equipment. O/A set points can help with efficiency.