BILL ANALYSIS
AB 2718
Page 1
Date of Hearing: May 1, 2001
ASSEMBLY COMMITTEE ON APPROPRIATIONS
Darrell Steinberg, Chair
AB 2718 (Oropeza) - As Amended: April 18, 2002
Policy Committee: Utilities and
Commerce Vote: 15-0
Urgency: No State Mandated Local Program:
No Reimbursable:
SUMMARY
This bill extends financial incentives associated with
installation of small distributed generation (DG) technologies
to include fuel cells and microturbines operating on waste or
"flared" gas.
FISCAL EFFECT
Minor absorbable special fund costs for the Public Utilities
Commission (PUC) to extend the incentive program.
COMMENTS
1)Background . A burner that flares off surplus gas is part of
the safety system at oil refineries. The flare operates
intermittently, although its pilot is always lit. When the
amount of waste gas exceeds the requirements of the refinery
furnaces and boilers, the excess is flared. Some refineries
recover useful portions of the waste gas, such as propane, by
refrigeration, condensation and recovery for sale as liquid
petroleum gas (LPG). Much of it is flared off, however.
2)Purpose . As part of Chapter 329, Statutes of 2000 (AB 970,
Ducheny), DG installed on the customer side of the meter is
eligible for certain incentives. A subset of DG technologies,
including wind turbines, photovoltaics and fuel cells, is
considered renewable and eligible for differential incentives
pursuant to a PUC decision implementing the program in March
2001.
The program offers Level I incentives of $4.50 per watt of
AB 2718
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installed on-site renewable generation capacity under one
megawatt, but up to a maximum of 50% of total installation
costs. Non-renewable self-generation (of any capacity) is
also eligible under the program, but with a lower incentive of
$1.00 per watt of on-site generation up to 30% of total costs.
This bill makes flare gas-powered DG eligible for the Level I
incentives. According to the sponsors-the California
Independent Petroleum Association-encouraging oil producers to
use gas-burning electric generators onsite would make nearly
600 megawatts of electricity available at any given time.
Analysis Prepared by : Chuck Nicol / APPR. / (916) 319-2081