1. Energy an climate p
nd protection concept Fri
iedrichshaf
fen 2020
Sustain nability Ma anagement and Clima Strategy in Friedrichshafen, Germany
ate y
City dev velopment o oriented towwards susta ainability has a long his
story in Frie
edrichshafen Since 199
n. 92,
Friedricchshafen is a member of the Clima Alliance and in 199 Local Ag
o ate e 96, genda 21 was initiated. The
w
first Susstainability Report was published in 2004, fol
s llowed by an environm ental conce in 2005 in
ept
which e energy effici iency and climate prote
c ection have been highlighted as p
e priorities. In 2006,
Friedricchshafen sta arted participation in th European Energy Aw
he n ward and in 2011 the “Energy and
n “ d
Climate Protection Concept 2020” was a pproved by the City Co
e y ouncil.
In Septe ember 2011 Friedrichs
1, shafen sign the Cov
ned venant of Majors.
The Energy and Climate Prote cept include measures in the follo
ection Conc es owing fields of activitie
s es:
Land U Plannin e.g. a city of short w
Use ng, ways, improovement of public trans
sport and bicycle
infrastru
ucture, requ
uirements to improve e
o energy effici
iency and in
ncrease rennewable eneergy in new
w
building KfW 40-Efficiency Standard for housing on public lan more an earlier inf
gs, S r nd, nd formation fo
or
private house buildders as well as more co
l ontrol regar
rding implem
mentation o requireme
of ents.
Public buildings a
and equipmment, e.g. increase of 10% of bio
f ogas from ow production by 2020 and
wn 0
reductio of energy and heat by an avera of 1% per year in 2012 – 2020
on y age p 2 0.
Supply and dispo
y osal, e.g. investments iin decentralized energy, biogas an heat pro
nd oduction,
increased use of heat from wa aste water a industri processe green en
and ial es, nergy and biogas for o
b own
consummption and f supply to citizens, in
for o ncentives fo use of rai water, ins
or in stallation of green roof and
f fs
unsealing of surfac
ces.
Mobility e.g. incre
y, ease and immprovement of public tr
t ransport and better com mbination of train, bus,
o
airplane and ship, bicycle frien
e ndly city, pr
rogramme to support e-mobility, m mobility mannagement fo city
or
adminisstration staf to influence the decis
ff, ding the elec
sion regard ctrification o regional trens.
of t
Interna organizat
al tion, e.g. Climate prote
ection is part of sustain
nable develo
opment and all departm
d ments
need to contribute, information and capa city building of staff.
o , g
Commu and Cooperation, e.g. to motivate citizens and stakehollders to par
unication a . e rticipate actively
in the E
European En nergy Awar activities and publica
rd ation of possitive examp
ples, extens
sion of the
programmme to support energy saving me
y easures, coo operation on regional le
evel ( “Ene
ergy-plus-reegion”
Allgäu-BBodensee-OOberschwaben) and in nternational level.
In 2012 the city wa
2 ants to obtain the Euro pean Energ Award Gold Standar
gy rd.
Friedric
chshafen paarticipated as an observ in the Managing Urban Europ Initiative and receive
a ver M pe a es
regularl informatio from the CHAMP-pr
ly on roject as we as advice from Lake Constance Foundatio in
ell e e e on
the effo towards a complete implemen
orts s e ntation of su
ustainability manageme system.
ent
Further information
r n:
Dr. Tillm
mann Stotteele
Stadt Friedrichshafen
Amt für Bürgerserv
r vice, Sicher
rheit und Um
mwelt (BSU
U)
Eckene erstraße 11
88046 F Friedrichsha
afen
Tel. +49 (0)7541 / 203-2190
9
E-Mail: t.stottele@
@friedrichshaafen.de

2. Energy and climate protection concept Friedrichshafen 2020
Target Baseline Actual Target Target
1990 2010 2020 2030
absolute value compared to 1990 i.Vgl. zu 1990 i.Vgl. zu 1990
-3% - 20 % - 30 %
Energy-Consumption 12.078 kWh / capita
11.567 kWh / capita to below 9.960 kWh / capita to below 8.455 kWh / capita
CO2-Emissions 7.677 kg / capita - 12 % - 40 % - 55 %
6.760 kg / capita auf unter 4.606 kg / capita to below 3.455 kg / capita
0%
Energy Production from of yearly electricity demand 12 % 35 % 50 %
Renewable Sources in of 1.872 kWh/capita in 1990, 106 kWh / capita at least 655 kWh / capita at least 936 kWh / capita
Accordance with EEG and coming to. +
Cogeneration 0 kWh / capita 123 kWh / capita
Procured Energy 3% 93 % 100 % 100 %
of electricity demand in 1990, 1.740 kWh / capita of electricity demand in 1990, of electricity demand in 1990,
coming to: 56 kWh / capita at least 1.872 kWh / capita at least. 1.872 kWh / EW
> 16 %
1% 7% > 25 %
of heat demand in 1990,
Heat Production from of heat demand of 10.206 749 kWh / capita des Wärmebedarfs 1990,
coming to at least. 1.633
Renewable Sources and kWh / capita in 1990, coming d.h. mind. 2.552 kWh / capita
kWh / capita
Cogeneration to
100 kWh / capita