S-150-24 INVERTER COTEK 24V-230V 150W COTEK
S-150-24 INVERTER COTEK 24V-230V 150W COTEK
- Συνεχόμενη ισχύς : 150W
- Στιγμιαία ισχύς : 200W
- Ελάχιστη – Μέγιστη τάση λειτουργίας : 21V – 30V DC υπέρταση στα 30V ~ 32V (αυτόματη επανεκκίνηση)
- Ίδια κατανάλωση ρεύματος : 0,16A
- Κατανάλωση σε λειτουργία αναμονής (stand – by ) : –
- Τάση εξόδου – διακύμανση : 230V AC +-5% ημιτονικής μορφής (THD < 6%)
- Συχνότητα εξόδου : 50 – 60Hz
- Φις εξόδου : Σούκο
- Προστασίες : υπερφόρτωση, υπερθέρμανση, βραχυκύκλωμα, χαμηλή ή υψηλή τάση μπαταρίας. Λειτουργία με μικροεπεξεργαστή.
- Τρίχρωμο Ενδεικτικά LED : επίπεδο τάσης εισόδου – επίπεδο φορτίου εξόδου – κατάσταση βλάβης.
- Απόδοση : >88%
- Έλεγχος θερμοκρασίας : με ανεμιστήρα ανάλογα τη θερμοκρασία.
- Σε περίπτωση υπερθέρμανσης : Σταματά τη τροφοδοσία των φορτίων και ενεργοποιείται όταν επανέλθει η θερμοκρασία.
- Θερμοκρασία λειτουργίας : 0⁰C – +40⁰C
- Λειτουργία με μέγιστο ποσοστό υγρασίας : 20% ~ 90% (χωρίς συμπύκνωση)
- Διαστάσεις : 200 x 132 x 72 mm
- Βάρος : 2,7 kg
- Μονάδα απομακρυσμένου ελέγχου : OXI
- Έλεγχος on – off : και με εξωτερικό διακόπτη.
- Συμμόρφωση : CE / FCC / e-13 / UL
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S-150-24 INVERTER COTEK 24V-230V 150W COTEK
Electric Drives for LNG Plants
Lazhar Ben-Brahim, ... Yara Fayyad, in Proceedings of the 3rd Gas Processing Symposium, 2012
3.1 Load commutated inverter (LCI)
LCI, as its name indicates, relies on commutation by the connected motor (or load). LCI covers a large variety of industrial applications in a power range up to 100MW [3-5]. LCI drive systems with thyristors as the main commutation devices were used for large capacity AC drives. Figure 3(a) shows the circuit of the LCI which consists of converter thyristor bridge and inverter thyristor bridge. LCI can provide the high voltage output with series connected thyristors. The inverter thyristor is commutated with the help of motor voltage. As a result, LCI drives are limited to only synchronous motors. Due to thyristor low prices, LCI have been widely used in high power applications. Though this technology is known for its simplicity, LCI suffers from many drawbacks such as high grid harmonics, poor power factor, and larger motor torque ripple [2]. Therefore LC filter is used to mitigate the undesired harmonics injected by LCI drives into the power network. The presence of the capacitor of the tuned LC filter may cause some undesirable phenomenon in the power network such as resonance. |
Renewable -energy Electricity - category
1
Clarifications/Revisions*
Clarification regarding baseline calculation in the case of a Greenfield project and provision of leakage in the case of a PoA for AMS-I.F (submitted 06 Jul 11): SSC_547 (198 KB)
Clarification on the combined use of the mutually exclusive methodologies AMS-I.A and AMS-I.F in one PDD (submitted 27 Jul 11): SSC_559 (177 KB)
Clarification on the applicability of AMS-I.F and possibility of the combined use of AMS-I.D and AMS-I.F in one PDD (submitted 08 Aug 11): SSC_565 (231 KB)
Revision of AMS-I.C/I.D/I.F for PoA involving biomass sourced from dedicated plantations (submitted 13 Oct 11): SSC_577 (193 KB)
Clarification on the applicability of AMS-I.C/I.D/I.F versus ‘Standard for Application of Multiple CDM Methodologies for A Programme of Activities’ for biomass PoA (submitted 15 Dec 11): SSC_597 (208 KB)
Clarification on the combination of multiple methodologies and technologies for PoAs (submitted 23 Feb 12): SSC_621 (154 KB)
Revision of AMS-I.A/AMS-I.D/AMS-I.F to cover Road Power Generation systems (submitted 11 Feb 12): SSC_622 (176 KB)
Applicability of AMS-I.F for an isolated electricity network system with limited import from a grid of neighboring country (submitted 31 Jan 19): SSC_748 (165 KB)
Previous Versions
Title
Renewable electricity generation for captive use and mini-grid (220 KB)
Version number
1.0
Validity
Valid from 28 May 10 to 16 Jun 11
Requests for registration can be submitted until 17 Feb 2012 23:59:59 GMT
Sectoral scope(s)
1
Clarifications/Revisions*
Applicability of AMS-I.D/AMS-I.F for wind power projects feeding power to manufacturing unit of the wind project developer (submitted 19 Aug 10): SSC_466 (226 KB)
Clarification on the applicability of AMS-I.F to small hydropower rehabilitations (submitted 21 Sep 10): SSC_471 (422 KB)
Clarification on leakage estimation for project activities using biomass briquettes (submitted 11 Jan 11): SSC_504 (177 KB)
Applicability of AMS-I.D versus AMS-I.F to a project activity supplying electricity to an isolated system (submitted 15 Feb 11): SSC_521 (202 KB)
Clarification on the combination of multiple methodologies for PoA (submitted 22 Mar 11): SSC_528 (256 KB)
Request for approval of combination of AMS-I.C and AMS-I.F for PoA (submitted 22 Apr 11): SSC_533 (190 KB)
Clarification on the use of multiple methodologies for PoA (AMS-I.D and AMS-I.F / AMS-III.F, AMS-III.G and AMS-III.H) (submitted 23 May 11): SSC_537 (175 KB)
* Only the requests for clarification and revision that have been clarified by the SSC WG are displayed. To view all requests for clarification, go to this page. To view all requests for revision, go to this page.
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