Published 1999 | Version v1
Book

A case study: The economic cost of net metering in Maryland: Who bears the economic burden?

Description

The Maryland legislature approved net-metering legislation for residential consumer generators with photovoltaic systems during 1997. Before the legislation passed, the Maryland Energy Administration (MEA) examined its potential economic impact on both the affected utilities and consumer ratepayers--with and without net-metered PV systems. The MEA discovered that the impact on the affected utility is minimal when the net-metered PV capacity is limited to a small percentage of utility peak load. The analysis also determined that the cost burden on other customers under a net-metered scenario is likewise limited. For Maryland's largest investor-owned utility, the maximum amount of any cross-subsidy (or cost) on a per customer basis is 46 cents annually. Furthermore, their analysis showed that when distribution system savings and environmental externalities are incorporated, net-metered customers may actually subsidize other utility customers. The MEA analysis also determined that about 50% of the value of the energy produced is lost if net metering is not available to those customers with grid tied PV systems. Over the long term, most if not all of any potential cost is borne by other residential customers, not utility shareholders. Finally, the additional cost burden to the utility under net metering--compensating the consumer at the retail rate versus the avoided cost rate--is less than expected when one considers the administrative costs associated with a dual-metered billing approach

Additional details

Publishing Information

Publisher
American Solar Energy Society
Imprint Place
Boulder, CO (United States)
ISBN
0-89553-171-2
Imprint Title
Solar 99 conference: Proceedings of ASES annual conference -- Proceedings of 24th national passive solar conference
Imprint Pagination
779 p.
Journal Page Range
p. 385-390

Conference

Title
SOLAR 99
Dates
12-16 Jun 1999
Place
Portland, ME (United States)

INIS