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Introduction - Karthik Krishna
• Joined APSRC in Jan 2010 Title: Research Engineer/ Technology Analyst
Duties:
• Develop programs in the area of advanced energy technologies
• Coordinate proposal writing in this research area
• Background MS in Mechanical Engineering (2006) and MBA (2009), both from
Michigan Tech
Two years R&D experience in manufacturing industry
Analyzed power market structures/policies during MBA
Member of NIST Smart Grid Interoperability Panel Working Groups
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• Distributed Energy Systems
• Combined Heat and Power Generation
• PHEV grid integration
• Smart grids
• Bioenergy
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Areas of Research Focus/Interests
Distributed Generation
Definition
Small-scale production of electricity at or near customers’ homes and businesses.
Drivers
• Decline in costs of small-scale generation• Increase in utility-supplied power prices
Benefits
• Improved reliability• Reduced costs• Increased use of renewable energy• Increased energy security
Barriers
• Difficulty in standardizing technology and grid interconnection• High initial costs• Public’s lack of knowledge about the electric industry
• Co-PI for the development of an advanced characterization, optimization and demonstration facility at MTU that will assess micro-CHP systems and their integration into future home energy systems.
• Project to be a critical element in enabling the MTU research community to address the many remaining technical challenges in decentralized energy generation, in particular micro-CHP technologies.
• Research will supplement a mobile Hybrid Electric Vehicle laboratory that is currently being developed as part of a Department of Energy (DOE) grant.
7Micro-CHP Research at MichiganTech
Commercially available 4.7 kWe micro-CHP unit
Costs do not include effects of tax credits and other direct subsidies for specific technologies
Cost of selected Distributed Generation Technologies
Source: Congressional Budget Office Report, “Prospects for Distributed Electricity Generation”, 2003
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• Across most of the highest U.S. population areas, PV is cheaper than grid electricity.
Electricity Price differences without incentives and aggressive increase in grid prices
Source: United State Department of Energy Solar Energy Technologies Program, May 2008. www.eere.energy.gov/solar/solar_america/
2015 Residential PV Price Attractiveness
Sustainable Business Model KKRISH Energy
Participated in the 2009 MTU Elevator Pitch competition
Presented a business model that will result in widespread installation of micro-CHP systems in the Upper Peninsular (UP) region of Michigan.
NIST led Smart Grid Interoperability Panel (SGIP) was created as a public/private partnership for longer-term evolution of standards for Smart Grid interoperability.
Member in Priority Action Plans (PAP) Working Groups
• PAP 03 – Common Price Communication Model
Development of a product characteristics of interest to energy consumers and use case inventory.
• PAP 11 – Common Object Models for Electric Transportation
Development of a common interoperable model and standards for PEV grid integration
http://collaborate.nist.gov/twiki-sggrid/bin/view/SmartGrid/WebHome
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NIST Smart Grid Interoperability Panel
Smart Grids !!
“Overlaying information systems over entire power grid”
http://www.youtube.com/watch?v=U0-H6K6u7-M
Young Energy Network
• Our generation of young students, thinkers, and innovators will be the impetus of an energy revolution across the globe.
• The newly formed YoungEnergyNetwork is the center for energetic change.
• YoungEnergy Grants awarded to identify motivated and talented young energy professionals and put in position of influence in the industry
Karthik Krishna Recognized as an Exceptional Young Energy Professional and invited to participate in the 2010 Gridweek Conference in Washington DC.
http://www.youtube.com/user/ClasmaEvents#p/c/E323B166B678F821/2/hYwFxqv6Ics
New Position with NIST SGIP
Appointed as Lead for Utility and Auto Industry PEV Roadmap Task Force
Vision: Develop Roadmap to make plug-in electric vehicles a reality