Who is Jühnde and where is it located?

Transcription

1 Bio Energie Bioenergy Village Jühnde Concept and Implementation IEC DKE PTB Programm Jühnde Eckhard Fangmeier Bioenergiedorf Jühnde eg Who is Jühnde and where is it located? First Bioenergy Village in Germany with a cooperative electricity production and heat supply bases on renewable energy 750 inhabitants 9 farmers 1300 ha fields 800 ha wood

2 Motivation for a Bioenergy Village The Idea came from University of Göttingen: Self-sufficient Heating and Electricity Supply Using Biomass Goalsof the project: economical (independent, agriculture income, middle term investment) ecological (CO-2 neutral, lesser mineral fertilizer, biodiversity) social(stronger local society, responsibility for each other, democratic decisions) Village Jühndehas been inspired by the idea, took the challenge, has build an cooperative society, made a investment decision for 5 Mio and is now responsible for the business electricity produced = 2x electricity consumed BIOENERGIEDORF JÜHNDE 10 years of decentralized Energy production on the basis of biomass Participation of the people through the cooperative with 193 members Powergeneration ~5 Mio kwh/a Heat supply 70% of the village Re-Investment hasbeenstartet Another 10 years with stabile planable EEG

3 HISTORY First village meeting Febr Start Energy supply Start Implementation Bio 2.0 Start Foundation of the cooperative Decision Bioenergyvillage 2.0 Commissioning Bioenergyvillage BIOENERGIEDORF JÜHNDE EG (COOPERATIVE) Members 193 members Board of Directors Members Supervisory Board Workers: plant-manager deputy Administration Specialist for electro Board of Directors: 2 Executive Directors Supervisory Board 8 directors

4 Foundation of Cooperative Participation of the village 70% THE POWER CYCLE TO INTEGRATE PEOPLE Information Motivation Partizipation Action

5 THE VILLAGE AND THE BIOENERGY PLANT THE BIOENERGY PLANT

6 THE PROCESS Energy Crops manure 42 ºC 50% CH 4 digester Biogas CHP substratum Eletricity Heat Wood chips Biomass heating System HEAT Fossile oil ash Top load boiler HEAT Savings > to/a CO JÜHNDE HOT WATER GRID 750 inhabitants 200 buildings 9 farmers 500 cows and 150 pigs 145 heat-contracts

7 HOT WATER GRID app. 3.2 miles long (5.5 km) diameter app inch to 7.87 inch (18mm to 200mm) flow temperature Fahrenheit (80-85 Celsius) HOW MUCH HOUSE TECHNOLOGY IS NECESSARY? Direct transit High energy efficiency very comfortable Only pay for the heat consumed (head meter installed)

8 SELF-SUFFICING HEATING F in Dec [MWh] J F M A M J J A S O N D ELECTRICITY PRODUCTION 2015 ca MiokWh

9 INTELLIGENT POWER GENERATION Daily oparation plan Saisonal oparation plan hourly monthly DAILY OPERATION PLAN

10 SIMULATION OF HEAT DRIVEN OPERATION Bioenergy 2.0 Concept Efficient demand-driven electricity and heat production

11 FLEXIBEL WÄRMEGEFÜHRT IN DIE ZUKUNFT 716 kwele CHP I Exhausting gas 498 C 389 kw 100 m³ 100 m³ Cooling water energy 278 kw ORC HeatStorage KW K 195 kw Exhaust gas 477 C Exhaustgas 477 C kwele kw Heating center 90 C CHP II kwele CHP III 266 kw Cooling Water energy 266 kw digester with gas Storage substratum storage digester with Gas storage CHP S MWM TCG 2016 elektr. Power 716 kw therm. Power 730 kw electrical efficiency 39,3 % therm. efficiency 42,8 % 2g AVUS 500 plus elektr. Power 2x550 kw therm. Power 2x541 kw electrical efficiency 42,5 % therm. efficiency 41,9 % Totally1.816 kw el

12 ORC (ORGANIC RANKINE CYCLE) turbine fluid is ethylbenzol condensor electricity heat output Dürr ORC 120 HT heat-input 500 kw elektr. Power 91 kw therm. Power 390 kw heat input evaporator TRANSFORMER AND GRID-CONNECTION Additional Transformer kva (400 V to20 kv) ExistingTransformer kva was integrated New measuring concept Special feature: flexible feeding power installed kw guaranteed kw Ifgridhascapacityfullfeed in power medium voltage test reports

13 SUPERORDINATE CONTROL AND DATA MANAGAMENT Monitoring and control of the entire plant remote maintenance Database with evaluation option Configurable Alamation System Data Providing by Internet NEXT STEPS Flexible Expansion of biogas production Lesser in summer Double in winter Seasonal feeding SeparatingtheHydrolysis Phase from the Methanation Phase Control the biogas production within an hour

14 Energy Vision Jühnde (750 inhabitants) EE today kwh/ a consumption kwh/ a Heat Electricity Mobility 5 Mio 5 Mio 0 Mio Σ= 10 Mio >100% 4 Mio 2 Mio 3 Mio Σ= 9 Mio 100% SUMMARY Jühnde has been the first Bioenergy Village in Germany in 2005 Today we have more than 150 Bioenergy Villages in Germany A huge step for a small Village! That is our part to change!

15 KONTAKTSEITE Bioenergiedorf Jühnde eg Mobil: +49 (0)