Path-Q Solar

How should a planned move to remote work affect the solar system size I request?

Answer

A planned move to remote work should be reflected if it is likely to add sustained electricity use, such as heating or cooling, lighting, computing, cooking, and daytime occupancy. The system should be based on the expected long-term load rather than a short transition period or an uncertain possibility.

Key points

  • Remote work can increase daytime consumption and may improve direct use of solar.
  • The largest added loads may come from space conditioning, water heating, cooking, and equipment rather than office electronics alone.
  • A daytime load may reduce grid purchases even without changing annual consumption substantially.
  • Use a documented future-use scenario and retain a conservative case if work arrangements may change.

What it depends on

  • Number of people working from home
  • Work schedule and added occupancy hours
  • Heating, cooling, lighting, and equipment needs
  • Expected duration and certainty of the remote-work arrangement

Risks and trade-offs

  • Sizing for a temporary arrangement can leave excess capacity if occupancy later falls.
  • Ignoring added heating or cooling can understate future demand.
  • The value of daytime use depends on production timing and export treatment.

Information you may need

  • Expected work-from-home days and hours
  • Heating and cooling equipment and seasonal use
  • Current interval consumption or monthly bills
  • Other planned household changes

Your next step

What to do next

Ask for a design using current consumption and a documented remote-work forecast, and compare the resulting system sizes and economics.

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