Söndag 27 April | 02:08:29 Europe / Stockholm

Prenumeration

Kalender

Est. tid*
2023-11-17 - Kvartalsrapport 2023-Q3
2023-08-25 - Kvartalsrapport 2023-Q2
2023-06-30 - Årsstämma
2023-06-02 - Extra Bolagsstämma 2023
2023-05-31 - Kvartalsrapport 2023-Q1
2023-05-12 - X-dag ordinarie utdelning AZELIO 0.00 SEK
2023-02-24 - Bokslutskommuniké 2022
2022-11-18 - Kvartalsrapport 2022-Q3
2022-08-18 - Kvartalsrapport 2022-Q2
2022-05-13 - X-dag ordinarie utdelning AZELIO 0.00 SEK
2022-05-12 - Årsstämma
2022-05-11 - Kvartalsrapport 2022-Q1
2022-02-25 - Bokslutskommuniké 2021
2021-11-19 - Kvartalsrapport 2021-Q3
2021-08-20 - Kvartalsrapport 2021-Q2
2021-06-18 - Extra Bolagsstämma 2021
2021-05-12 - X-dag ordinarie utdelning AZELIO 0.00 SEK
2021-05-11 - Årsstämma
2021-05-11 - Kvartalsrapport 2021-Q1
2021-02-26 - Bokslutskommuniké 2020
2020-11-20 - Kvartalsrapport 2020-Q3
2020-08-21 - Kvartalsrapport 2020-Q2
2020-06-22 - Extra Bolagsstämma 2020
2020-05-15 - X-dag ordinarie utdelning AZELIO 0.00 SEK
2020-05-14 - Årsstämma
2020-05-13 - Kvartalsrapport 2020-Q1
2020-02-28 - Bokslutskommuniké 2019
2019-11-26 - Extra Bolagsstämma 2019
2019-11-20 - Kvartalsrapport 2019-Q3
2019-08-21 - Kvartalsrapport 2019-Q2
2019-07-19 - X-dag ordinarie utdelning AZELIO 0.00 SEK
2019-06-18 - Årsstämma
2019-04-26 - Kvartalsrapport 2019-Q1
2019-02-28 - Bokslutskommuniké 2018

Beskrivning

LandSverige
SektorEnergi & Miljö
IndustriEnergikällor
Azelio är verksamma inom solenergi. Bolaget har utvecklat en egen teknik för termisk energilagring som används för små- och medelstora installationer. Kunderna återfinns bland EPC-leverantörer, som i sin tur monterar olika system hos sina slutkunder. Verksamhet återfinns på global nivå, med störst närvaro på den nordiska och afrikanska marknaden. Bolaget grundades under 2006 och har sitt huvudkontor i Göteborg.
2022-11-10 11:15:00

The long-duration energy storage system that Azelio has developed for electricity production on demand also features heat production. This is commonly known as Combined Heat and Power, or CHP. The residual heat from the system, when the TES.POD is in operation for electricity generation, can be available as usable heat.

Residual heat from the system is available at temperatures up to 60°C. This low-temperature heat can be utilised in many customer applications such as in agriculture, communities, and industries. In CHP mode, one TES.POD unit produces around 11 kW electricity and 25 kW thermal energy throughout the 13 hours discharge cycle.

The first commercial TES.POD with CHP was installed and operated at Haneberg farm, located in eastern Sweden, and was established as a research project together with the Swedish Energy Agency. The CHP proof-of-concept aimed to replace part of the fossil fuel consumed, during the process of drying grain, with clean residual heat from the TES.POD. Azelio’s CHP system reduced the required temperature rise in the fossil fired heater by preheating the air, while also providing electricity to the farm.

The white paper provides a description of, and outlines, the system and its economic benefits to the cost of energy.

Azelio white papers can be found here: https://www.azelio.com/white-papers/

For more information, please contact:

Torbjörn Lindquist, CTO

Email: torbjorn.lindquist@azelio.com

Phone: +46 703 63 23 60