How to Use
9
Day 1
Day 2
Day 3
Day 4
Day 5
Day 30
Day 31
(6) Reference "Operation ratio of GHP by each air conditioner (for each day)" (UNITS_GHP_yyyymm.cddsv)
This is a csv file contains the result of calculation of operation ratio for each indoor unit regarding 1 cycle or all cycle as 100%.
(5) Reference "operation ratio of GHP by each day" DAYS_GHP_yyyy.mm.csv:
This is a csv file contains the result of calculation of operation ratio in a day regarding maximum 31 days as
100%.
(a)
Date
YYYY, MM, DD
4 digits for year, 2 digits each for
month and day
(b) Accumulated
load on outdoor
units
In Mode I::= Grand total of thermo on time x capacity of
each indoor unit.
12 digits
In Mode II::= Accumulated load on outdoor units
12 digits
(c) An day/ Elapsed
days
Current date / Total elapsed days
7 digits, 100% = 1000000
(a)
Date
↓
(b)
Accumulated
load on
outdoor units
↓
(c)
An day/
Elapsed
days
↓
(a)
Date
YYYY, MM, DD
4 digits for year, 2 digits each for
month and day
(b) Address
H-LINK number, REFGN cycle, address
2 digits (In decimal)
(c) Block (No.)
Block Name, Block No.
2 digits in decimal for No.
(d) Group (No.) Group Name, Group No.
First digit: Alphabet
Last two digits: Decimal
(e) Load on
Indoor units
In Mode I::= Thermo on time x capacity
8 digits
In Mode II::= Accumulated expansion valve aperture x expansion
valve coefficient
8 digits
(f) Load on
Outdoor units
In Mode I::= Thermo ON time in the REFGN cycle x total capacity
8 digits
In Mode II::= Accumulated operation current
8 digits
(g)
Indoor /
1 outdoor
All indoor units within one particular refrigerant cycle (ratio)
7 digits, 100% = 1000000
(h)
Indoor/
All outdoor
1 unit/ All indoor units in all refrigerant cycle (ratio)
7 digits, 100% = 1000000
NOTE:
● If OU using more than 2 REFGN cycles exists, adopt "(h) IU/ALL OU".
(g)
IU/1 OU
↓
(b) H-LINK No., REFGN cycle,
Address
(c) Block Name,
Block No.
(d) Group Name,
Group No.
(e)
Load on
indoor units
↓
(f)
Load on
outdoor
units
↓
(h)
IU/All OU
↓
(a)
Date
↓
