TH Lübeck Logo
DeutschEnglishDansk
  • Home
  • Publications
    • Project News
      • Archive
      • Events
      • Publications
  • THE PROJECT
    • The Project carpeDIEM
      • About carpeDIEM
      • Decentralized Intelligent Energy Management
      • Cross-border Collaboration
    • Project results
      • Summary
      • Cases
      • Local optimization
      • DIEM system
      • Intelligent charging
  • PARTNER + NETWORK
    • Project and Network Partners
      • Mads-Clausen Institute
      • WiE (THL)
      • Europa-Universität Flensburg
      • cbb Software GmbH
      • Network Partners
  • Contact
The Project carpeDIEM
  • About carpeDIEM
  • Decentralized Intelligent Energy Management
  • Cross-border Collaboration

Decentralized Energy Management

An innovative concept for the efficient local use of locally produced energy contains sub-autarchical micro grids, which link local system components (including generators, batteries and loads) at the smallest energy grid level. The implementation of micro grids is motivated by the objective to reduce weather-dependent energy flows between grid levels and a large portion of installed renewable energy capacity that is currently supplying at low and medium voltage grid levels and producing energy in close proximity to the customer. Furthermore, the topology of the medium and low-voltage networks provides an optimal basis for implementing micro grids with a minimum effort of physical adjustments.

The control of the energy flows in micro grids as well as conventional networks is coordinated by control systems. In this case, the economically optimal operating schedule of a cluster of energy production units for covering the energy demand is determined on the basis of forecasts over a specific time period. For solving the underlying mathematical optimization problem, constraints such as efficiency curves of power plants, maintenance costs and many other technical factors like energy market decisions on spot and intraday markets have great influence. This leads to a complex multi objective optimization problem.

Within the scope of the carpeDIEM project, a technology will be developed which optimizes the use of local available energy resources in virtual micro grids. On the basis of surveyed patterns, simulation models will be set up to evaluate system configurations. The benefits of a DIEM system will be shown at demonstration sit

Informations

  • Contact Form
  • Impressum
  • Privacy Policy
  • Interreg

Quicklinks

  • Archive
  • The Project
  • Partner + Network
  • Publications


© 2023 Carpediem | Gestaltung und Umsetzung: PARROT MEDIA Werbeagentur Lübeck
Cookie Settings
X
Cookie Settings

We use cookies on our website. Some of them are technically necessary, while others help us to improve this website or provide additional functionality.

Allow all and confirm

Only accept necessary cookies

Individual Cookie Settings

Privacy Notes Imprint

X
Privacy settings

Here you will find an overview of all cookies used. You can give your consent to entire categories or have further information displayed and thus select only certain cookies.

Required Cookies

These cookies enable basic functions and are necessary for the proper functioning of the website.

Show Cookie Informationen

Hide Cookie Information

Cookie Management

Saves your consent to using cookies and stores the chosen tracking optin settings.

Provider:th-luebeck.de
Cookiename:waconcookiemanagement
Runtime:1 year

FE user

This cookie is a standard session cookie from TYPO3. It stores the session ID in case of a user login. In this way, the logged-in user can be recognised and access to protected areas is granted.

Provider:th-luebeck.de
Cookiename:fe_typo_user
Runtime:Session
Cookies for Statistics

Statistics Cookies collect information anonymously. This information helps us to understand how our visitors use our website.

Show Cookie Informationen

Hide Cookie Information

Matomo Analytics

This cookie is installed by Matomo Analytics. The cookie is used to store information about how visitors use a website and to help us compile an analysis report on how the website is performing. The information collected includes the number of visitors, the source from which it originates, and the pages in anonymous form.

Provider:th-luebeck.de
Cookiename:_pk_id, _pk_ses
Runtime:_pk_id (13 month), _pk_ses (30 minutes)
Cookies for external Content

Content from video platforms and social media platforms is blocked by default. If cookies from external media are accepted, access to this content no longer requires manual consent.

Show Cookie Informationen

Hide Cookie Information

OpenStreetMap

In order for the maps of OpenStreetMap to be displayed on a website, the user's IP address is saved on an OpenStreetMap server and a cookie is set.

Provider:openstreetmap.org

YouTube Videos

A direct connection to YouTube’s servers will not be established until you have activated videos autonomously at your end (i.e. given your consent pursuant to Art. 6 Sect. 1 lit. a GDPR). Once you have activated the service, YouTube will store your IP address. By loading the video, you agree to Google's privacy policy.

Provider:YouTube / Google LLC
Privacy source url:https://policies.google.com/privacy?hl=en

Google Maps

A direct connection to Google’s servers will not be established until you have activated Google Maps autonomously at your end (i.e. given your consent pursuant to Art. 6 Sect. 1 lit. a GDPR). Once you have activated the service, Google Maps will store your IP address. By loading the map, you agree to Google's privacy policy.

Provider:Google LLC
Privacy source url:https://policies.google.com/privacy?hl=en

SoundCloud

A direct connection to SoundCloud’s servers will not be established until you have activated items autonomously at your end (i.e. given your consent pursuant to Art. 6 Sect. 1 lit. a GDPR). Once you have activated the service, SoundCloud will store your IP address. By loading, you agree to SoundCloud's privacy policy.

Provider:SoundCloud Limited
Privacy source url:https://soundcloud.com/pages/privacy

Google Calendar

A direct connection to Google's servers is only established when you activate Google Calendar yourself (consent according to Art. 6 para. 1 lit. a DSGVO). After activation, Google Calendar will store your IP address. By loading the calendar, you accept Google's privacy policy.

Provider:Google LLC
Privacy source url:https://policies.google.com/privacy?hl=en
Host:google.com

Save

BackOnly accept necessary cookies

Privacy Notes Imprint