The following example white papers illustrate MAISY database and model applications.

• Scope 3 Financed Emissions Reporting: Beware - How Good Intentions Can Lead to Bad Outcomes April 18, 2023
  A proposed SEC rule will soon (May?) likely require mid-to-large publicly traded financial institutions to calculate and report emissions of their residential mortgagors and commercial real estate (CRE) loan customers (so-called downstream or Scope 3 emissions).
  
  This proposed rule creates a huge new reporting requirement, reputational risk, reporting pitfalls and a challenging data development effort for financial firms.
  
  While many financial institutions have already made a commitment to reporting Scope 3 emissions the new rule will prompt more to embark on this process, even if the final rule is delayed by legal challenges The road to emissions reporting is filled with hazards.
  
  Results of this study using actual mortgagor data show that initial emission estimates with aggregate data can set financial firms up for disappointing year-to-year emissions reductions reports that show increasing emissions per mortgagor when mortgagor emission are actually declining.
  Study results show that:
  • accurately estimating emissions and year-to-year emissions changes requires at the least ZIP-level detailed data and
  • unbiased annual emissions intensities require the application of economic price index methodologies to reflect changes in mortgagor population characteristics.


• Will Increasing Utility Generation Renewables Make Natural Gas Bans Attractive in More States in the Future? Ten Year Forecasts Identify 5 States as a Yes and 31 States as a No, March 28, 2023
  Two weeks ago, we presented results of a study (see the publication below) that showed that bans on natural gas/propane (NG/P) water heaters would increase both CO2e levels and consumer costs in 36 states. We decided to extend our analysis to reflect CO2e impacts ten years in the future assuming the percent of solar and wind resources in each state increases at an annual rate observed from 2019-2022 based on EIA-923 Report on Electric Utility Generation data. This study identifies the number of years, at the current rate of utility renewables investment, that would be required to make a NG/P bans an attractive option for reducing CO2e levels. See Data for all 48 continential states here
• Be Careful What You Wish For: Natural Gas/Propane Water Heater Bans Would Increase Both Carbon Emissions and Energy Costs in 36 States, March 16, 2023
  Laws passed in California, New York, and several other states to ban natural gas and propane water heating are often presented as models for the rest of the nation. However, an independent study finds that this policy would increase carbon emissions in 36 states by an average of 6 % and increase household energy cost by $176 per year. Annual cost increases in all 48 states average $200. See emissions and cost impacts for all states here
• New Study Shows 2020 - 2022 State Homeowner Energy Cost Inflation Ranges from 24% to 62%, Februrary 16, 2023
  New Hampshire is the bigest energy inflation looser. ME, VT, CT, MA, RI, NY, NJ CA and IL round out the top ten hardest hit states. See all state rankings here
• Inflation Will More Than Double “Seriously Delinquent” Mortgages in 2023. January 24, 2023
  Estimated 2023 90+ day delinquencies caused by 40 year-high inflation are provided by state and county.
• Avoiding Scope 3 Financed Emissions Data Development Pitfalls, June 2022
• Indiana Electricity Projections: The 2021 Forecast Indiana State Utility Forecasting Group, December 2021
• SCE Electric Vehicle (EV) Virtual Power Plant Analysis Shows $5,600 10-Year Savings Per EV Customer, October, 2019
• 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

For Additional Information Contact:
Jerry Jackson, President
Jackson Associates
37 N. Orange Avenue, Suite 500
Orlando, Fl 32801
407-926-4048
979-204-7821 (cell)
e-mail