72
/
TECHNICAL DATA
✂
✂
Figure 5
Wa
t
er
h
ea
ti
n
g
ener
g
y
e
ffi
c
i
ency
of
comb
i
na
ti
on
h
ea
t
er
Wa
t
er
h
ea
ti
n
g
ener
g
y
e
ffi
c
i
ency
c
l
ass
of
packa
g
e
under
avera
g
e
c
li
ma
t
e
(1
,
1 x ‘
I
’
-
1
0
%) x ‘
II
’
-
-
‘
I
’ =
Au
xili
ary
e
l
ec
t
r
i
c
it
y
So
l
ar
con
t
r
i
bu
ti
on
-
From fiche of solar device
Dec
l
ared
l
oad
pro
fil
e
:
‘
I
’
%
1
+
%
3
%
2
‘
III
’
<
27
%
≥
27
%
<
27
%
≥
27
%
≥
30
%
≥
30
%
≥
34
%
≥
37
% ≥
50
%
≥
75
% ≥ 11
5
% ≥ 1
50
% ≥ 1
88
%
<
27
%
≥
27
%
≥
30
%
≥
35
%
≥
38
% ≥
55
%
≥
80
% ≥ 1
25
% ≥ 1
60
% ≥
200
%
<
28
%
≥
28
%
≥
32
%
≥
36
%
≥
40
% ≥
60
%
≥
85
% ≥ 1
3
1 % ≥ 1
70
% ≥
2
1
3
%
≥
33
%
≥
36
% ≥
39
%
≥
65
% ≥ 1
00
% ≥ 1
30
% ≥ 1
63
%
G
M
L
XL
XXL
F
E
D
C
B
A
A
+
A
++
A
+++
Wa
t
er
h
ea
ti
n
g
ener
g
y
e
ffi
c
i
ency
under
co
l
der
and
warmer
c
li
ma
t
e
cond
iti
ons
-
0,2
x
+
0,4
x
=
=
C
o
l
der
:
Warmer
:
3
3
2
2
%
%
Wa
t
er
h
ea
ti
n
g
ener
g
y
e
ffi
c
i
ency
of
packa
g
e
under
avera
g
e
c
li
ma
t
e
The energy ef
fi
ciency of the package of products provided for
this
fi
che may not correspond to its actual energy ef
fi
ciency
once installed in a building, as the ef
fi
ciency is in
fl
uenced by
further factors such as heat loss in the distribution system and
the dimensioning of the products in relation to building size and
characteristics.