MAISY Updates

• 2018 Utility Customer Databases Now Available

Publications Using MAISY Data and Models

• Reducing Customer Acquisition Costs and Sales Cycles in the Commercial Battery Storage/PV Market with Marketing Analytics, January 2016
• Maximizing Competitive Advantage in Storage and PV Markets, White Paper, October 2015
• Utility Planning for Disruptive Solar PV Impacts, White Paper, July 2015
• Future Energy: Improved, Sustainable and Clean Options for our Planet, Elsevier Science; 2nd edition, 2014
• Indiana State Utility Forecasting Group Electricity Projections (Purdue University): December, 2013 Forecast Using MAISY Agent-Based Models
• Improving Energy Efficiency and Smart Grid Program Analysis With Agent-Based End-Use forecasting Models, Energy Policy, 2010
• White Paper: Are Smart Grids a Smart Investment? Hourly Load Analysis of 800,000 Utility Customers at 200 of the Largest US Utilities, 2009
• White Paper: Shining the Light on Smart Grid Investments:A Duke Energy Case Study, 2009
• White Paper: Top 10 Energy Efficient States, 2008
• Energy Budgets at Risk (EBAR) (J Jackson, Wiley, 2008) Provides New Energy-Efficiency Investment Evaluation Tools
• Ensuring Emergency Power for Critical Municipal Services With Natural gas-fired Combined Heat and Power (CHP) Systems, Energy Policy, 2007
• Are US Standby rates inhibiting Diffusion of Customer-Owned Generating Systems? Energy Policy, 2007

• Utility Customer Databases & Software
• Forecasting Models
• Smart Grid Applications
• Example MAISY Database Applications
• Consulting Services
• Clients
• Demo/Press
• Energy Budgets at Risk (EBaR)
• e-mail

Book Chapter: Smart Grids: An Optimized Electric Power System

Future Energy: Improved, Sustainable and Clean Options for our Planet, Elsevier Science; 2nd edition (January 7, 2014)
Jerry Jackson, Leader and Research Director, Smart Grid Research Consortium

Abstract: The “smart grid” reflects the most exciting paradigm change to impact the electric power system since its beginnings more than a century ago. Smart grids apply new metering, communications and control technologies and strategies to provide an optimized power system that integrates distributed energy resources and electric customer participation in maximizing power system efficiency and reliability. Smart grids will also contribute to achieving energy efficiency, conservation, power plant emissions goals. While the smart grid concept can be described relatively easily, the transition to smart power grids presents financial evaluation challenges that are unique to these new technologies and applications.

Download PDF White Paper: Smart Grids: An Optimized Electric Power System

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