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DTSTART:20210314T030000
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DTSTAMP:20210924T175418Z
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DTSTART;TZID=US/Pacific:20210304T180000
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DESCRIPTION:The challenge: How to streamline the interconnection of renewab
 le generators without impacting the safety and reliability of the existing
  power system? Please note that the interconnection and operation of any g
 enerator\, including intermittent renewable resources\, will affect the po
 wer flow (steady state and fault current) and associated voltages on the e
 xisting power system. The federal and state energy policies since 1980 see
 ked to minimize the generator interconnection time and costs. Unstated in 
 the policies is that the existing system and public safety are not comprom
 ised.\n\nThis presentation will attempt to answer the following questions:
 \n\n- How to keep the power flow (load and fault) after each DER interconn
 ection within the equipment ratings and the operating voltages within allo
 wed service voltage ranges on the entire feeder ?\n- How to interconnect s
 maller generators at low penetration levels to the existing distribution s
 ystem safely with minimal studies/time/costs at low penetration levels?\n-
  How to ensure that the future power system will stay reliable with high l
 evels of uncontrolled intermittent renewable energy resources?\n- How to t
 ransition from large central station power plants to distributed renewable
  power at minimal costs to the ratepayers/taxpayers ?\n\nVirtual: https://
 events.vtools.ieee.org/m/261968
LOCATION:Virtual: https://events.vtools.ieee.org/m/261968
ORGANIZER:sdxjtu@gmail.com
SEQUENCE:4
SUMMARY:Past\, present\, and potential future California adoption methodolo
 gies for renewable energy resources
URL;VALUE=URI:https://events.vtools.ieee.org/m/261968
X-ALT-DESC:Description: <br /><p>The challenge:&nbsp\; How to streamline th
 e interconnection of renewable generators without impacting the safety and
  reliability of the existing power system?&nbsp\; Please note that the int
 erconnection and operation of any generator\, including intermittent renew
 able resources\, will affect the power flow (steady state and fault curren
 t) and associated voltages on the existing power system.&nbsp\; The federa
 l and state energy policies since 1980 seeked to&nbsp\;minimize the genera
 tor interconnection time and costs.&nbsp\; Unstated in the policies is tha
 t the existing system and public safety are not&nbsp\;compromised.</p>\n<p
 >This presentation will attempt to answer the following questions:</p>\n<u
 l>\n<li>How to keep the power flow (load and fault) after each DER interco
 nnection within the equipment ratings and the operating voltages within al
 lowed service voltage ranges on the entire feeder ?</li>\n<li>How to inter
 connect smaller generators at low penetration&nbsp\;levels to the existing
  distribution system safely with minimal&nbsp\;studies/time/costs at low p
 enetration levels?</li>\n<li>How to ensure that the future power system wi
 ll stay reliable with high levels of uncontrolled intermittent renewable e
 nergy resources?</li>\n<li>How to transition from large central station po
 wer plants to distributed renewable power at minimal costs to the ratepaye
 rs/taxpayers ?</li>\n</ul>
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