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Battery storage and grid flexibility · Practitioner

Battery storage and grid flexibility: Evidence and handover

A compelling installation price can overlook replacement exposure, software support, maintenance access and end-of-life work. If supplier support or operating conditions change, a long service promise can become much larger than the initial project margin. Working output: A lifetime obligation model separating included maintenance, conditional replacements, software responsibilities and end-of-life tasks, with the assumptions needed to support the proposed commercial commitment.

40 min planned learning scope5 lesson sections5 knowledge questions
Battery storage and grid flexibility: Evidence and handoverOrganise the case inputs for the lifetime obligation model separating included maintenance, conditional replacements, software responsibilities and end-of-life tasks, by confirmed status and open questions about “the assumptions needed to support the proposed commercial commitment”. · Create the specific working output with concrete entries: A lifetime obligation model separating included maintenance, conditional replacements, software responsibilities and end-of-life tasks, with the assumptions needed to support the proposed commercial commitment. · Check the example calculation behind the lifetime obligation model separating included maintenance, conditional replacements, software responsibilities and end-of-life tasks, and assign the next decision about “the assumptions needed to support the proposed commercial commitment”.LEARNING / IN PRACTICEBattery storage and gridflexibility: Evidence and handoverOrganise the caseinputs for the lifetime…Create the specificworking output with…Check the examplecalculation behind the…Editorial study / Battery storage and grid flexibility: Evidence and handover
WHAT YOU WILL TAKE AWAY

After this module you can …

  • Organise the case inputs for the lifetime obligation model separating included maintenance, conditional replacements, software responsibilities and end-of-life tasks, by confirmed status and open questions about “the assumptions needed to support the proposed commercial commitment”.
  • Create the specific working output with concrete entries: A lifetime obligation model separating included maintenance, conditional replacements, software responsibilities and end-of-life tasks, with the assumptions needed to support the proposed commercial commitment.
  • Check the example calculation behind the lifetime obligation model separating included maintenance, conditional replacements, software responsibilities and end-of-life tasks, and assign the next decision about “the assumptions needed to support the proposed commercial commitment”.

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