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How to incorporate PV w/ Battery Storage in BEopt 2.8

How should I go about incorporating BES into a BEopt 2.8 model accurately?

I am trying to find the best way to incorporate BES into my BEopt 2.8 model. I know that the beta 3.0.1 version has BES modeling capabilities, but I am adding new scenarios to an older model and transferring everything over would be time consuming and (because of the SEER2/HSPF2 update) wouldn't be a 1:1 comparison w/ the older outputs.

For context, I have two systems to consider (via FSEC) -

Large Home (1,601 sq. ft. or larger)

  • 2.5 Kw Photovoltaic Array
  • 6 kWh of LiFePo4 battery storage

Small Home (1,600 sq. ft. or smaller)

  • 1.2 Kw Photovoltaic Array
  • 3 kWh of LiFePo4 battery storage

If there isn't a way in 2.8, how can accurate parallels be drawn between 2.8 and 3.0.1 outputs?

How to incorporate PV w/ Battery Storage in BEopt 2.8

How should I go about incorporating BES into a BEopt 2.8 model accurately?

I am trying to find the best way to incorporate BES into my BEopt 2.8 model. I know that the beta 3.0.1 version has BES modeling capabilities, but I am adding new scenarios to an older model and transferring everything over would be time consuming and (because of the SEER2/HSPF2 update) wouldn't be a 1:1 comparison w/ the older outputs.

For context, I have two systems to consider (via FSEC) -

Large Home (1,601 sq. ft. or larger)

  • 2.5 Kw Photovoltaic Array
  • 6 kWh of LiFePo4 battery storage

Small Home (1,600 sq. ft. or smaller)

  • 1.2 Kw Photovoltaic Array
  • 3 kWh of LiFePo4 battery storage

If there isn't a way in 2.8, how can accurate parallels be drawn between 2.8 and 3.0.1 outputs?