Chp business cases 110804
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The document discusses the benefits of microturbine combined heat and power (CHP) systems for various commercial and institutional buildings. It provides examples of CHP installations at a high-rise condominium, boutique hotel, senior living center, and sports complex that have resulted in total savings of over $1 million and reduced carbon footprints. CHP provides energy security for critical infrastructure facilities like hospitals. The benefits of CHP include lower life-cycle costs than traditional energy systems, opportunities for long-term financing, and reduced operations and maintenance costs through energy savings.
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Chp business cases 110804
This document discusses the advantages and applications of combined heat and power (CHP) systems using Capstone microturbines. It provides examples of several commercial and institutional facilities that have implemented CHP, including a high-rise condominium using a 200 kW system, a boutique hotel proposed to use a 1,000 kW system, and a sports complex replacing its pool heater. CHP systems can provide annual savings, grid independence, reduced carbon footprint, improved comfort, and lower long-term costs compared to purchasing power from the grid and separate heating systems. The document also discusses CHP policy and incentives in Texas and financing options for CHP projects.
4 e Energy Soln FORMAT
4E Energy Solutions provides energy and engineering consulting services focused on energy monitoring, conservation, efficiency improvement, and environmental protection. The company's philosophy is based on optimizing energy, efficiency, the environment, and economics. Dinesh Gupta, the chief consultation officer, has over 33 years of experience in energy management. The company's major areas of consulting include power trading, renewable energy, energy saving and conservation, and supporting compliance with government laws and regulations. Past projects have focused on technology upgrades, fuel switching, power optimization, and installing solar and efficient equipment.
4 e Soln FORMAT
4E Energy Solutions provides energy and engineering consulting services led by Dinesh Gupta, an energy management expert with over 33 years of experience. The company's philosophy focuses on energy monitoring, efficiency improvements, and environmental protection. Major consulting areas include power trading, renewable energy, energy saving, and supporting compliance with government regulations. Example projects implemented by 4E Energy Solutions have focused on technology upgrades, fuel switching, power optimization, and non-conventional energy sources to reduce costs for clients. The company offers energy auditing, project implementation, training, and outsourced energy management services.
Thermal Potential in the Built Environment
HVAC systems have traditionally used the local ambient air (heating and cooling) or fossil fuels (predominantly heating through combustion) as their heat source and heat sink. Thermal storage is still a relatively new application and typically requires large volumes of water or ice.
This paper explores the available thermal potential within the built environment and how the utilisation of this thermal potential can provide efficient heating, cooling and hot water as well as thermal storage. In some instances, this may be the local ambient air, less likely it will be fossil fuels.
More likely, it includes the thermal potential within the ground, water bodies and infrastructure such as subways, water, sewer, building foundations and other buildings as well as artificial thermal storage such as phase change materials.
The key is to identify the optimal thermal sources, sinks and storages for a given building at a given location and climate. Then, an integrated approach using optimised control strategies, including predictive capabilities, will enable a building to access these various thermal sources at the thermally optimal time to provide significant energy savings and enhanced operation.
Such an integrated approach also maximises the availability of on-site renewable power generation, further increasing energy savings, decreasing the typical cooling peak demand and increasing energy productivity.
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The presentation discusses how utilizing thermal potential through geoexchange systems can enhance energy efficiency and productivity. Thermal potential involves using heat sources and sinks from the local environment for heating and cooling. Geoexchange transfers heat between the earth and buildings through ground heat exchangers. Case studies show geoexchange systems at St Peters College and Geoscience Australia reduced energy usage by over 50% and provided significant cost savings. Optimizing thermal energy storage and control strategies can better integrate renewable thermal and electrical energy sources to maximize efficiency.
The Role of Thermal Potential in Enhancing Energy Productivity
As presented at All Energy Conference in Melbourne on 5 October 2016
In the renewable energy sector, electrical (energy) potential determines the design of renewable power systems (ie solar, wind etc) at any given location. Similarly, thermal (energy) potential relates to the available thermal energy in a given location that can be utilised for heating / cooling a building or group of buildings.
This presentation explores how the concept of thermal potential can increase the efficiency of heating / cooling systems and thus enhance energy productivity in terms of increased value output per kW generated and per tonne of carbon emitted.
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All buildings interact with the ground for its ability to support their foundations. However, very few buildings interact with the ground for its ability to provide thermal energy storage. We have all experienced the moderate temperatures within a cave at depths of just a few metres. These temperatures are a function of average annual air temperature and are the result of the ground absorbing and storing solar energy. The use of this indirect and renewable solar energy can provide significant energy savings for heating and cooling systems.
A Ground Heat Exchanger (GHX) provides the ability to utilise the ground for thermal energy storage, essentially transforming the ground into a thermal battery. It enables us to extract heat from it in winter (heat source) and return that heat in summer (heat sink). It is a dynamic thermal battery that operates both simultaneously and over the annual heating / cooling cycle.
This presentation will provide an overview of how the ground is being utilised for its thermal energy storage capabilities around the world, with focus on a local installation at the Tumut Council owned Riverina Highlands Building, located in Tumut NSW. The installation has provided Council with energy savings on heating and cooling of 80 %, reduced peak energy loads by 40%, reduced maintenance costs and, importantly, provided significantly higher levels of occupant comfort. This has also increased the capacity and effectiveness of the concurrently installed solar PV array and will ensure that future solar energy storage will have greater impact.
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Chp business cases 110804
This document discusses the advantages and applications of combined heat and power (CHP) systems using Capstone microturbines. It provides examples of several commercial and institutional facilities that have implemented CHP, including a high-rise condominium using a 200 kW system, a boutique hotel proposed to use a 1,000 kW system, and a sports complex replacing its pool heater. CHP systems can provide annual savings, grid independence, reduced carbon footprint, improved comfort, and lower long-term costs compared to purchasing power from the grid and separate heating systems. The document also discusses CHP policy and incentives in Texas and financing options for CHP projects.
4 e Energy Soln FORMAT
4E Energy Solutions provides energy and engineering consulting services focused on energy monitoring, conservation, efficiency improvement, and environmental protection. The company's philosophy is based on optimizing energy, efficiency, the environment, and economics. Dinesh Gupta, the chief consultation officer, has over 33 years of experience in energy management. The company's major areas of consulting include power trading, renewable energy, energy saving and conservation, and supporting compliance with government laws and regulations. Past projects have focused on technology upgrades, fuel switching, power optimization, and installing solar and efficient equipment.
4 e Soln FORMAT
4E Energy Solutions provides energy and engineering consulting services led by Dinesh Gupta, an energy management expert with over 33 years of experience. The company's philosophy focuses on energy monitoring, efficiency improvements, and environmental protection. Major consulting areas include power trading, renewable energy, energy saving, and supporting compliance with government regulations. Example projects implemented by 4E Energy Solutions have focused on technology upgrades, fuel switching, power optimization, and non-conventional energy sources to reduce costs for clients. The company offers energy auditing, project implementation, training, and outsourced energy management services.
Thermal Potential in the Built Environment
HVAC systems have traditionally used the local ambient air (heating and cooling) or fossil fuels (predominantly heating through combustion) as their heat source and heat sink. Thermal storage is still a relatively new application and typically requires large volumes of water or ice.
This paper explores the available thermal potential within the built environment and how the utilisation of this thermal potential can provide efficient heating, cooling and hot water as well as thermal storage. In some instances, this may be the local ambient air, less likely it will be fossil fuels.
More likely, it includes the thermal potential within the ground, water bodies and infrastructure such as subways, water, sewer, building foundations and other buildings as well as artificial thermal storage such as phase change materials.
The key is to identify the optimal thermal sources, sinks and storages for a given building at a given location and climate. Then, an integrated approach using optimised control strategies, including predictive capabilities, will enable a building to access these various thermal sources at the thermally optimal time to provide significant energy savings and enhanced operation.
Such an integrated approach also maximises the availability of on-site renewable power generation, further increasing energy savings, decreasing the typical cooling peak demand and increasing energy productivity.
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The presentation discusses how utilizing thermal potential through geoexchange systems can enhance energy efficiency and productivity. Thermal potential involves using heat sources and sinks from the local environment for heating and cooling. Geoexchange transfers heat between the earth and buildings through ground heat exchangers. Case studies show geoexchange systems at St Peters College and Geoscience Australia reduced energy usage by over 50% and provided significant cost savings. Optimizing thermal energy storage and control strategies can better integrate renewable thermal and electrical energy sources to maximize efficiency.
The Role of Thermal Potential in Enhancing Energy Productivity
As presented at All Energy Conference in Melbourne on 5 October 2016
In the renewable energy sector, electrical (energy) potential determines the design of renewable power systems (ie solar, wind etc) at any given location. Similarly, thermal (energy) potential relates to the available thermal energy in a given location that can be utilised for heating / cooling a building or group of buildings.
This presentation explores how the concept of thermal potential can increase the efficiency of heating / cooling systems and thus enhance energy productivity in terms of increased value output per kW generated and per tonne of carbon emitted.
Combined Heating and Power- Dan Bullock
The document discusses strategies to promote combined heat and power (CHP), waste heat recovery (WHR), and district energy (DE) in Texas, Louisiana, and Oklahoma. It provides an overview of the U.S. Department of Energy Gulf Coast Clean Energy Application Center which provides resources like technical analysis, project development expertise, and policy support to advance these clean energy technologies in the region. Specific CHP project examples and the energy and cost savings benefits of CHP are also summarized.
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All buildings interact with the ground for its ability to support their foundations. However, very few buildings interact with the ground for its ability to provide thermal energy storage. We have all experienced the moderate temperatures within a cave at depths of just a few metres. These temperatures are a function of average annual air temperature and are the result of the ground absorbing and storing solar energy. The use of this indirect and renewable solar energy can provide significant energy savings for heating and cooling systems.
A Ground Heat Exchanger (GHX) provides the ability to utilise the ground for thermal energy storage, essentially transforming the ground into a thermal battery. It enables us to extract heat from it in winter (heat source) and return that heat in summer (heat sink). It is a dynamic thermal battery that operates both simultaneously and over the annual heating / cooling cycle.
This presentation will provide an overview of how the ground is being utilised for its thermal energy storage capabilities around the world, with focus on a local installation at the Tumut Council owned Riverina Highlands Building, located in Tumut NSW. The installation has provided Council with energy savings on heating and cooling of 80 %, reduced peak energy loads by 40%, reduced maintenance costs and, importantly, provided significantly higher levels of occupant comfort. This has also increased the capacity and effectiveness of the concurrently installed solar PV array and will ensure that future solar energy storage will have greater impact.
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Storage Technologies for the Smart Grid - Bob Hebner
Bob Hebner is the director of the Center for Electromechanics at the University of Texas at Austin, which has over 100 researchers working on energy storage, smart grid, and energy technology projects. Some of their work includes storage programs in flywheels, batteries, ultracapacitors, compressed air, and thermal technologies. They are also developing a reconfiguration approach to optimize power systems to handle fuel minimization, protection, and mitigation of damage from disturbances.
16th Elec Pwr Conf. 4-3-2014 SJ FINAL
This document discusses how combined heat and power with spinning reserve (CHP-SR) can benefit multiple parties by balancing intermittent wind power. CHP-SR involves an electrically oversized thermally matched CHP system that normally operates at reduced power output. It can balance high and low wind power periods more efficiently than a standalone gas turbine by recycling waste heat. Economic analysis shows CHP-SR lowers operating costs for an ethanol plant compared to its boiler, and provides cheaper power than a utility's coal plant or a gas turbine balancing wind. CHP-SR benefits include reduced steam costs for the ethanol plant, reliable power for the grid, and help for utilities to address emissions regulations while retaining customers.
2016WEECPWI
This document discusses combined heat and power (CHP) and how to maximize returns on CHP investments. It begins by explaining traditional separate generation of power, heat, and cooling and the inefficiencies involved. CHP is then introduced as an on-site technology that generates electricity and captures waste heat to produce thermal energy like steam or hot water in an integrated and more efficient system. The document outlines the key considerations and process for CHP projects including assessing optimal candidates, designing and constructing a customized system, starting up and commissioning the plant, ongoing operation and maintenance, and strategies for purchasing supplemental energy.
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A overview of the cost drivers of solar plus storage systems, primarily for the non-residential markets. This would include microgrids and behind the meter solar plus storage applications.
Ian springford part h
This document discusses strategies for making a hotel more energy efficient and environmentally sustainable. It outlines plans to link meters and submeters to a building management system to monitor energy use. Sustainability measures include on-site recycling, a planted green roof, natural ventilation, and efficient heating/cooling, water, and kitchen systems. The benefits are lower operating costs, more rental space, higher profits, and a greater property value. It predicts that energy costs, regulations, and consumer attitudes will continue pushing the industry toward more modular power, water recycling, and renewable technologies.
AlveCor Energy Solutions Referral Program
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John barton ukes nov 2015 v3
Presentation to the UK Energy Storage conference (UKES), November 25th to 27th 2015 at the University of Birmingham, UK. Dr John Barton and Dr Murray Thomson
John barton ukes nov 2015 v3
This presentation was made to the UK Energy Storage (UKES) conference, part of the UK Energy Superstore project, at the University of Birmingham, UK 25th to 27th November 2015. The work was prepared as part of the Integrated Market-fit Affordable Grid-scale Energy Storage (IMAGES) project funded by EPSRC.
Presentation for zenergy_house
This document discusses opportunities for near zero energy retrofits of residential buildings. It provides an example of a comprehensive energy retrofit completed on a single family home in Southern California. The retrofit addressed multiple systems including cooling, distribution, domestic hot water, energy management, insulation, lighting, and appliances. It achieved major energy reductions through air sealing, improved insulation, windows, ventilation, lighting, appliances, HVAC equipment, and solar panels. The document also discusses the role of energy auditors, multi-family retrofits, government and utility incentive programs, workforce training, and various certifications for quality assurance in the home performance industry.
Wind Energy Project Analysis
The document discusses wind energy projects and provides an overview of key considerations. It summarizes that wind turbines can provide electricity both on and off the grid worldwide. A good wind resource is important for project success. RETScreen software can evaluate energy production and costs using annual wind data, providing feasibility study savings compared to hourly simulations. The accuracy of its energy estimates is within 10% of monitored project data.
Enhancing competitiveness and achieving sustainability
This webinar discusses identifying energy efficiency opportunities in pharmaceutical critical HVAC systems. It highlights that HVAC systems are often oversized, resulting in higher energy costs and emissions. The webinar promotes adopting an organized approach to analyzing energy usage and identifying viable solutions to reduce HVAC energy through measures like minimizing air changes and fresh air volumes. It emphasizes maintaining compliance and quality while cutting energy costs to remain competitive.
Fla Green Incentives Simpson And Haywood
This document discusses utility incentive programs that aim to promote energy and water efficiency. It provides an overview of how point-based incentive programs work and lists common program categories and measures incentivized, including energy audits, efficient HVAC systems, insulation, and water conservation measures. Examples of programs run by utilities to promote these measures are described. Guidance is provided on best practices for participating including involving utilities early in design phases and leveraging available rebates, grants, and low or no-cost efficiency options. Additional resources for relevant programs and incentives are also referenced.
Lccc Campus Strategic Energy Plan Presentation 120408
- The document provides preliminary recommendations for a campus strategic energy master plan for Lorain County Community College aimed at improving energy efficiency, reducing greenhouse gas emissions, and establishing a culture of continuous improvement.
- Key recommendations include installing a building management system, converting the steam distribution network to hot water, adding combined heat and power engines, establishing staff/student energy programs, and exceeding state efficiency targets to prepare for potential climate legislation.
Similar to Chp business cases 110804 (20)
Storage Technologies for the Smart Grid - Bob Hebner
Storage Technologies for the Smart Grid - Bob Hebner
Storage Technologies for the Smart Grid - Bob Hebner
Storage Technologies for the Smart Grid - Bob Hebner
Enhancing competitiveness and achieving sustainability
Enhancing competitiveness and achieving sustainability
Lccc Campus Strategic Energy Plan Presentation 120408
Lccc Campus Strategic Energy Plan Presentation 120408
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Chp business cases 110804
- 1. Commercial CHP Business Case RobustEnergy LLC
- 3. Typical Energy Generation GENCO Combustion Turbine 30% Efficient Heat is exhausted into atmosphere
- 4. 60-80% Efficient ECO-Friendly Combined Heat & Power or CHP Grid Back up Purchases Hot Water Chiller Cooling Tower ” CR200 Capstone Microturbine
- 10. Texas CHP Initiative www.TexasCHPI.org
- 11. CHP: It’s the Law in Texas 81 st Session www.txsecurepower.org
- 12. CHP: It’s the Law in Texas 82 nd Session www.TexasCHPI.org
- 13. Timeline
- 17. Contact Rich Herweck CEO, RobustEnergy 100 Congress Avenue, Suite 2000 Austin, Texas 78701 512-610-2310 972-979-4737 www.RobustEnergy.com
Editor's Notes
- What is Combined Heat and Power (CHP)? CHP (sometimes referred to cogeneration), is the process of recapturing the heat or steam that is produced while making electricity, and making that steam useful in another way. For instance, the steam can be used directly as heat, or it can be used to make chilled water through a chiller and cooling tower. Conceptually, it looks like this.... Grid generation is 30=40% efficient
- Steam, Domestic hot water and/or HVAC heating. Utilizing “free fuel Chilled water for efficient air conditioning and/or refrigeration Utilizing “free fuel” Adding a steam driven chiller and thermal storage tanks can add another 20=30% to the efficiency. The cooling tower allows the potential for free cooling during shoulder months. TES can shave the peak from electric demand on hot and humid day.
- R
- Risk Tolerance Proactive Purchasing High Low
- Needs Same contacts as front slide in different format. MBA’s?