1 / 18

Responsible Renewable Recyclable Reliable

Explore how the Responsible Renewable Energy Division optimizes the district heating system by locating and optimizing surplus heat temperatures, evaluating dummy loads, and designing systems with different parameters.

lrussell
Download Presentation

Responsible Renewable Recyclable Reliable

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Responsible Renewable Recyclable Reliable Energy Division Jörgen Persson

  2. A normal facility Carbone dioxide: 150 000 ton/y El consumption: 300 GWh/y Carbone dioxide: 15 000 ton/y

  3. Responsible – Renewable – Recyclable

  4. Low Medium High

  5. Todays District Heating system in Sweden • Approx. 50 % of Heating market • Located in 570 Cities • Approx. 50 TWh total produktion • Turnover of 23 billion SEK • First DH Stockholm • (Sabbatsbergs hospital) in 1878

  6. Heat from accelerator and helium cooling Klystroner Heat: 123 GWh Heliumsystem Heat: 69 GWh Ion source Instrument Heat: 7 GWh Heat: 5 GWh Accelerator Target station Heat: 11 GWh

  7. Linac and cooling system are big consumers Klystroner El totalt: 23 MW El: 10 MW Cooling system Heliumsystem Ion source El: 2 MW El: 1 MW Instrument Accelerator Superconductive cavities Target station El: 2 MW

  8. Renewable produktion • 250 GWh, 130 MW effekt • Approx. 40-50 Windmills, 2,5 MW • Investment app 1 600 – 1 900 MSEK • Green certificate

  9. Sustainable solutions

  10. Responsible – Renewable – Recyclable • Net savings 80 MSEK/y (Revenue green certificate, design parameters) • Surplus heat sale 215 GWh gives app 40 MSEK/y. • Energy inventory app 60 GWh gives app 30 MSEK.

  11. Responsible – Renewable – Recyclable • Saving 165 000 ton carbon dioxide • Save 150 MSEK per year for ESS • International role model

  12. Simulations • District Heating system How do the system cope with the heat load • Klystron Cooling system Different delta P, delta T, High-pressure system, Low, Medium, High • Power station with backup systems UPS, Emergency power, Power quality, Redundancy

  13. Locate and optimize surplus heat temperatures • Optimize the pressure drop in klystrons • Evaluate the dummy load • Design the systems different parameters

  14. Thanks

More Related