# Understanding the relationship between delta Heat and delta resist

**URL:** https://community.beestat.io/t/understanding-the-relationship-between-delta-heat-and-delta-resist/1105
**Category:** Feedback & Discussion
**Created:** [February 20, 2024, 5:43pm UTC](https://community.beestat.io/t/understanding-the-relationship-between-delta-heat-and-delta-resist/1105 "2024-02-20T17:43:27Z")
**Posts on this page:** 2
**Page:** 1

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### Author: ![kdmeboyd](https://community.beestat.io/letter_avatar_proxy/v4/letter/k/d6d6ee/32.png) [@kdmeboyd](https://community.beestat.io/u/kdmeboyd)
#### Post date: [February 20, 2024, 5:43pm UTC](https://community.beestat.io/t/understanding-the-relationship-between-delta-heat-and-delta-resist/1105/1 "2024-02-20T17:43:27Z")

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Am I correct with this observation? My delta resist is at -0.2 and my delta Heat (heatpump) is at +0.1 at 0C. Am I in a situation where my net heat loss is -0.1 degree per hour?

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### Author: ![ziebelje](https://community.beestat.io/user_avatar/community.beestat.io/ziebelje/32/633_2.png) [@ziebelje](https://community.beestat.io/u/ziebelje)
#### Post date: [February 21, 2024, 11:19am UTC](https://community.beestat.io/t/understanding-the-relationship-between-delta-heat-and-delta-resist/1105/2 "2024-02-21T11:19:45Z")

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The profile values are absolute; you don’t need to do any mental math to read them. If the delta heat says +0.1°C, then that already accounts for normal heat loss.