qui commence a être disponible (en précommande) en Allemagne
il parle de la plage mppt 64V -450V et une tension de démarrage de 120V, justement c’est sur cette dernière valeur qui me pose soucis car je suis actuellement a 80V et ne souhaite pas passé a 120V (mini)
avez vous des informations sur cette baisse possible de démarrage?
car si plus de 120V en théorie cpi obligatoire en France, sauf si les mppt ont bien une isolation galvanique?
J’ai plus l’impression qu’il parle du Multi RS Solar 6kVA.
Dans “Multi RS19 Solar 48/6000/100-450/80”, à l’exception du 19 et du 80, ça corresponds aux spécification du Multi RS Solar. De plus, la description qu’il en fait correspond à ce produit et non au nouveau HS19. Le Multi RS Solar, n’a rien de nouveau. Il est en vente depuis quelques temps déjà.
@Joe, pourrais-tu préciser de quel produit tu parles.
Je parle bien du nouveau modèle en rack 19 pouces.
Merci pour l’information du CPI ainsi que d’une isolation galvanique
J’aurais également une question concernant la tension de démarrage : Sait‑on déjà si ce modèle pourra démarrer à environ 80 V ?
Autre point : j’utilise actuellement 2 strings de deux panneaux DMEG 500 Wc (2×500 Wc).
Le problème est l’intensité, qui atteint déjà 13–14 A, alors qu’en théorie le matériel supporte 12 A en fonctionnement normal (et 16 A en court‑circuit).
Comment cela se passe‑t‑il au niveau de la garantie si l’intensité dépasse régulièrement les 12 A ?
Concernant le raccordement batterie :
Il semble que les câbles soient similaires à ceux utilisés par les batteries Pylontech.
Victron prévoit‑il de commercialiser les connecteurs batterie permettant la connexion aux batteries Victron NG 300 Ah ?
Et qu’en est‑il du diamètre de câble, sachant que Pylontech recommande du 25 mm² qui est insuffisant dans le cas de la batterie victron ng 300Ah?
It’s disappointing; I thought Victron would make an effort to release the RS19 with a higher MPPT input current than for the Multi RS Solar, but no such effort was made.
As for the usable MPPT current limit, it means it won’t draw more than 12A from the panels. In other words, it will throttle the output, so will never you get the maximum output your panels could produce since DMEGC panels are rated around 13.5A impp. But since panels rarely give the maximum of their power it is not really an issue
To me , the possible issue is with the isc current of the panels vs the rating isc current of the mppts
Isc for the mppt is 16A, and your panels are rated 14.2A isc. On the paper it is inferior to the 16A limit, but the best practice is to add a safety factor of 1.25 to the current of the panels, which increases the isc of the panels to around 17.5A
This safety factor is applied because the panels can produce more than the rated isc current when irradiance goes beyond STC values (>1000w/m2)
I am comparing the new Multi RS19 and Multi HS19 for an east-west PV system with 25 AIKO 485 W modules.
AIKO 485 W:
Vmp: 34.3 V
Voc: 40.9 V
Imp: 14.15 A
Isc: 14.88 A
The RS19 supports 16 A Isc but only 12 A operating current and 450 V PV voltage.
The HS19 supports 600 V, which is ideal for 12/13 module strings, but the datasheet specifies only 13.5 A MPPT current and 13.5 A short-circuit current.
Is the HS19 officially compatible with these AIKO modules, or are the current limits a hard restriction?
Which inverter would Victron recommend for this application?
Thank you. Unfortunately, the MPPT Calculator does not include the new Multi HS19 Solar yet.
My question is specifically about the HS19 hardware limits.
The AIKO 485 W modules have an Imp of 14.15 A and an Isc of 14.88 A.
The HS19 datasheet specifies 13.5 A MPPT operating current and 13.5 A short-circuit current.
Does Victron officially approve these modules for use with the HS19, or are these current limits strict hardware limits that make these modules unsuitable?
If its anything like the mppt design in the rs450/100 its a soft limit and the rs450 manual specifically talks about edge cases where you may want to exceed that:
16A operational limit
20A reverse polarity limit
30A short circuit limit (in correct polarity).
Fundamentally assuming you have a 350V string for example the 4kW per tracker limit would limit you to around 11.5A real world anyway, even if you had two parallel strings on the tracker.
You know the hs19 is for high voltage batteries only? 650-1000Volt DC, wich required special switches, fuses, cables, DC connectors, many safety requirements, special battery room…there are not many low voltage DC ESS installers who dare their hands on high voltage ESS systems.
High Voltage ESS systems are for large scale systems with huge battery capacity and over 100 solarpanels, not for the smaller home system.
