February  2006  Market  Clearing  in  the  Energy  Industry  5-37  ©  Copyright  2006,  CCRO.  All  rights  reserved.  In  those  electricity  markets  that  have  not  been  deregulated  at  the  retail  level,  the  state  regulatory  body  may  assume  other  functions,  including  regulating  the  issuance  of  Request  for  Proposals  (RFPs)  as  part  of  utility  integrated  resource  planning  processes,  regulating  retail  sales  and  rates,  and  offering  a  public  complaint  process.  The  RFP’s  may  not  be  homogenous.  The  RFP’s  may  be  for  base  load,  intermediate  and  peaking  capacity,  both  short-term  and/or  long-term.  Additionally,  the  RFP  may  give  preference  to  proposals  that  allow  for  greater  fuel  diversity,  favor  PPAs  over  self-builds,  or  include  an  option  to  purchase  the  resource.  All  of  these  variations  of  RFP’s  lead  to  products  that  may  be  illiquid  and,  therefore,  do  not  lend  themselves  well  to  clearing.  This  is  especially  true  for  life  of  asset  proposals  that  may  have  a  term  of  20  years  or  more.  An  additional  issue  in  state  markets  that  have  not  been  deregulated  is  that  the  resident  utilities  may  not  have  adequate  incentives  to  engage  in  a  hedging  program,  especially  with  respect  to  fuel  market  volatility.27  As  such,  in  these  markets,  the  depth  of  the  markets’  liquidity  and  pricing  may  be  more  limited,  as  the  utility  may  not  engage  in  clearing  services  for  those  product.  Even  in  ISO/RTO  administered  markets,  state  regulation  of  competitive  procurement  of  wholesale  power,  such  as  through  default  service  (i.e.  POLR  obligations)  RFPs,  can  impact  wholesale  power  market  functions.  Examples  of  this  can  be  seen  in  New  Jersey’s  BGS  Auction,  or  with  Maine’s  Standard  Offer  Service.  Again,  as  with  RFP’s,  these  products  may  contain  terms  and  conditions  unique  to  each  state  and,  due  to  the  lack  of  homogeneity,  are  less  liquid.  A  further  issue  impacting  clearing  solutions  is  regulatory  risk,  which  should  be  addressed  by  the  clearing  solution.  Examples  of  regulatory  risk  include  the  low  energy  price  caps  that  resulted  from  the  energy  crisis  in  California,  and  the  low  wholesale  market  electric  energy  prices  observed  relative  to  the  extremely  high  short-term  gas  prices  during  the  extreme  cold  weather  in  New  England  in  January  2004.28  These  events,  as  well  as  POLR  risk,  illustrate  the  need  for  any  clearing  solution  to  have  provisions  to  manage  these  risks,  including  consideration  for  sunset  clauses  to  limit  POLR  risk  in  RTO  markets.  Moreover,  clearing  solutions  targeted  at  a  specific  state  or  ISO/RTO  market  needs  to  include  input  from  both  state  regulators  and  the  ISO/RTO  (if  one  exists)  to  develop  processes  to  mitigate  the  potential  impact  of  these  risks.  5.6.  The  implications  of  market  clearing  Market  clearing  has  been  a  major  factor  in  creating  a  liquid  market  in  natural  gas  and  other  commodities.  The  advent  of  widespread  clearing  for  power  commodities  in  the  US  could  have  similarly  broad  implications  for  the  market,  in  terms  of  increasing  the  proportion  of  financial  transactions  vs.  physical  transactions,  lower  hurdles  to  entry  –  such  as  decreased  margin  requirements  in  order  to  transact,  which  should  in  turn  provide  a  greater  number  of  27  Some  state  regulated  utilities  are  permitted  to  pass  fuel  cost  increases  through  to  retail  consumers  through  fuel  clause  provisions.  28  Reports  by  both  the  FERC  Office  of  Market  Oversight  and  Investigation  (“OMOI”)  and  the  ISO  New  England,  Inc.  market  monitor  revealed  that  actions  taken  to  assure  reliable  electric  service  actually  led  to  wholesale  spot  energy  market  prices  for  electricity  well  below  the  cost  of  gas-fired  generation  scheduled  in  that  period.  
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