TAX CREDIT FOR ENERGY EFFICIENT BUILDING EQUIPMENT
Submitted by: Melissa Brooks
Cleveland State University

 

 

As the entire world faces the challenging dilemma of environmental deterioration, it is becoming evident that the traditional policy regulation and regulatory agencies are missing the mark and the environment continues to decline.  The traditional approach of passing control regulation to hinder destructive activities, although necessary, is not achieving the intended goals in totality.  Many governments, therefore, are bending toward new directions in environmental policy and are utilizing economic analysis and market-based approaches.

Often times the market-based intervention takes the form of incentives, thus providing tax credits, deductions and direct producer payments to lower the price of cleaner products and techniques (1).  In keeping to the market-based approach the Clinton administration is proposing several tax credits in the FY 2000 Budget.  This paper will discuss just one of these credits: Tax Credits for Energy-Efficient Building Equipment.

Under the current law, there is no tax credit for the investment in energy-efficient building equipment.  Therefore, a credit for types of building equipment that are substantially more energy efficient than conventional equipment is proposed with the purpose of  accelerating the development and distribution of energy-efficient technologies (2).   It is desired that the proposed tax credit for investment in energy-efficient building equipment will reduce costs to consumers and increase the demand for the equipment while reducing manufacturing costs (3).  Thus, the tax credit, will ultimately promote technological innovation and development and reduce energy consumption.

The Energy-Efficient Building Equipment tax credit proposal provides for a credit of 10 percent of the purchase price, up to a maximum of $250 per unit for the purchase after December 31, 1999 and before January 1, 2002 of  specified building equipment:

·Electric heat pumps:equipment utilizing electrically powered vapor compression cycles to extract heat from air in one space and deliver it to air in another space.  The pump must have a heating efficiency of at least 9 Heating Seasonal Performance Factor (HSPF)  and  a cooling efficiency of at least 13.5 Seasonal Energy Efficiency Rating (SEER).

·Central air conditioners:with an efficiency of at least 13.5 SEER.

·Advanced natural gas water heaters:    equipment utilizing a variety of mechanisms to increase steady-state efficiency and reduce standby and vent losses with a Energy Factor of at least 0.65 in the standard Department of Energy (DOE) test procedure (4).

 

Inaddition to the preceding credits, the proposal provides for a credit of 20 percent of  purchase price after December 31, 1999 and before January 1, 2004  of certain building equipment:

·Fuel Cells:    equipment utilizing an electrochemical process to generate electricity and heat with an electricity-only generation efficiency of at least 35 percent and minimum generating capacity of 5 kilowatts. The maximum credit allowed is $500 per kilowatt of capacity.

 

·Electric heat pump hot water heaters:    equipment utilizing electrically powered vapor compression cycles to extract heat from air and deliver it to a hot water storage tank with the Energy Factor of at least 1.7 in the standard DOE test procedure. The maximum credit is $500 per unit.

 

·Electric heat pumps:    with a heating efficiency of at least 9 HSPF and a cooling efficiency of at least 15 SEER. The maximum credit of $500 per unit.

 

·Central air conditioners:    with an efficiency of at least 15 SEER.  The maximum credit is $500 per unit.

·Advanced natural gas water heaters:    with an Energy Factor of at least 0.80 in the standard DOE test procedure. The maximum credit is $500 per unit.

 

·Natural gas heat pumps:    equipment utilizing either a gas-absorption cycle or a gas-driven  engine to power the vapor compression cycle to extract heat from one source and deliver it to another with a coefficient of performance for heating of at least 1.25 and for cooling of at least 0.70. The maximum credit is $1000 per unit (5).

 

The proposed tax credits are allowed only for final purchases from unrelated third parties.  The credits are nonrefundable and the credits for equipment used for business would be subject to the limitations on the general business credit and would reduce the basis of the equipment.

Although the 1.533 billion proposed  credits for Energy Efficient Building Equipment are welcomed, I believe the proposed credits are just a modest token of what the government can do to promote a cleaner and healthier environment.  The tax code is a powerful tool at the hands of congress and needs to be restructured to promote those activities that promote improved environmental conditions and restrain destructive activities of  apathetic businesses and individuals. 


Endnotes

 

1.                  Morris, David (1998, December 10).  Mapping Environmental Taxes: Obstacles and Opportunities [On-line].  Available:  www.me3.org/projects/greentax/dmspeech1298.html

 

2.                  Energy Efficiency Equipment & Homes (1999, December 9). [On-line]. Available:  www.serve.com/commonpurpose/congress/efficiency

 

3.                  Energy Efficiency Equipment & Homes (1999, December 9). [On-line]. Available:  www.serve.com/commonpurpose/congress/efficiency

 

4.                  Joint Committee on Taxation, Description of Revenue Provisions Contained in the President’s Fiscal Year 2000 Budget Proposal (JCS-1-99), February 22, 1999

 

5.                  Joint Committee on Taxation, Description of Revenue Provisions Contained in the President’s Fiscal Year 2000 Budget Proposal (JCS-1-99), February 22, 1999

 

 

 

 

 


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