Daikin RHBH04CB [22/28] Energy saving tips
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Daikin RHBH04CB [22/28] Energy saving tips

Daikin RHBH16CB [22/28] Energy saving tips
6 Energy saving tips
User reference guide
22
RHBH/X04~16CB
ROTEX HPSU low temperature Bi‑bloc
4P384968-1B – 2017.04
INFORMATION
▪ Price value ranging from 0.00~290valuta/MBtu (with 2
significant values).
▪ Price value ranging from 0.00~990 valuta/kWh (with 2
significant values).
5.2 To set the electricity price
1 Go to [7.4.5]: > User settings > Preset values > Elec price.
2 Use and to set the correct prices for High, Medium and
Low, according to your electricity tariff.
3 Press to confirm.
INFORMATION
Price value ranging from 0.00~990 valuta/kWh (with 2
significant values).
INFORMATION
If no schedule is set, the Elec price for High is taken into
account.
5.3 To set the electricity price
schedule timer
1 Go to [7.3.8]: > User settings > Set schedules > Elec price.
2 Program the schedule according to the High, Medium and Low
electricity prices for each time interval.
3 Press to save the schedule.
INFORMATION
The values for High, Medium and Low correspond with the
electricity price values for High, Medium and Low
previously set. If no schedule is set, the electricity price for
High is taken into account.
5.4 About energy prices in case of an
incentive per kWh renewable
energy
An incentive can be taken into account when setting the energy
prices. Although the running cost can increase, the total operation
cost, taking into account the reimbursement will be optimized.
NOTICE
Make sure to modify the setting of the energy prices at the
end of the incentive period.
5.4.1 To set the fuel price in case of an
incentive per kWh renewable energy
Prerequisite: Calculate the value for the fuel price with the following
formula: actual fuel price+(incentive/kWh×0.9)
1 Go to [7.4.6]: > User settings > Preset values > Fuel price.
2 Use and to set the correct price.
3 Press to confirm.
5.4.2 To set the electricity price in case of an
incentive per kWh renewable energy
Prerequisite: Calculate the value for the electricity price with
following formula: actual electricity price+incentive/kWh.
1 Go to [7.4.5]: > User settings > Preset values > Elec price.
2 Use and to set the correct prices for High, Medium and
Low, according to your electricity tariff.
3 Press to confirm.
5.4.3 Example
This is an example and the prices and/or values used in this
example are NOT accurate.
Data Pence/kWh
Fuel price 4.08
Electricity price 12.49
Renewable heat incentive per
kWh
5
Calculation of the fuel price:
Fuel price=Actual fuel price+(incentive/kWh×0.9)
Fuel price=4.08+(5×0.9)
Fuel price=8.58
Calculation of the electricity price:
Electricity price=Actual electricity price+incentive/kWh
Electricity price=12.49+5
Electricity price=17.49
Price Value in breadcrumb
Fuel: 4.08pence/kWh [7.4.6]=8.58
Electricity: 12.49pence/kWh [7.4.5]=17.49
6 Energy saving tips
Tips about room temperature
▪ Make sure the desired room temperature is NEVER too high (in
heating mode) or too low (in cooling mode), but ALWAYS
according to your actual needs. Each saved degree can save up
to 6% of heating/cooling costs.
▪ Do NOT increase the desired room temperature to speed up
space heating. The space will NOT heat up faster.
▪ When your system layout contains slow heat emitters (example:
under floor heating), avoid large fluctuation of the desired room
temperature and do NOT let the room temperature drop too low. It
will take more time and energy to heat up the room again.
▪ Use a weekly schedule for your normal space heating or cooling
needs. If necessary, you can easily deviate from the schedule:
▪ For shorter periods: You can overrule the scheduled room
temperature. Example: When you have a party, or when you
are leaving for a couple of hours.
▪ For longer periods: You can use the holiday mode. Example:
When you stay at home during your holiday, or when you go
away during your holiday.
Tips about leaving water temperature
▪ In heating mode, a lower desired leaving water temperature
results in lower energy consumption and better performance. In
cooling, the opposite is valid.
▪ Set the desired leaving water temperature in accordance with the
heat emitter type. Example: Underfloor heating is designed for
lower leaving water temperature than radiators and heat pump
convectors.

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