Victron Energy Multi RS19 Solar 48/6000/100-450/100 User Manual & Service Guide PDF (EN)

Applicant: Victron Energy B.V. De Paal 35 1351 JG Almere Netherlands Product: Hybrid Inverter (Battery/PV) with integrated automatic dis- connection device between a generator and the public low- voltage grid Model: Multi RS19 Solar 48/6000/100-450/100 Intended use: Hybrid inverter in accordance with EN 50549-1 with single-phase parallel coupling to the distribution network. The automatic disconnection device is an integral part of the afore- mentioned inverter. Applied standards and guidelines: SOP-9-1_15 GCC Certification Program, 09/21 Based on: EN 50549-1:2019 Requirements for generating plants to be connected in parallel with distribution networks Part 1:

Connection to a LV distribution network - Generating plants up to and including Type B Tested according to: EN 50549-10:2022 Requirements for generating plants to be connected in parallel with distribution networks Part 10: Tests for conformity assessment of generating units The generating plant(s) are also considered to be compliant with the relevant Articles of Commis- sion Regulation (EU) 2016/631 of 14 April 2016 establishing a network code on requirements for grid connection of generators (NC RfG), provided, that all settings as provided by the DSO and the responsible party are complied with.

The safety concept of an aforementioned representative product corresponds at the time of issue of this certificate to the valid safety specifications for the specified use in accordance with regula- tions. Limitation: - Limited to Type A modules. - The VRT capability was not evaluated. Report No: 25PP291-04_0 Kiwa Primara GmbH GewerbestraЯe 28 - 32 87600 Kaufbeuren Germany Tel. +49 8341 99726-0 primara@kiwa.com www.kiwa.de Certificate No: 25-366-00 Date of issue: 2025-10-07 Tanja Rottach - Digitally signed | see http://ca.kiwa-deutschland.de for more details - Tanja Rottach Certification Engineer

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Attachment to certificate No.: 25-366-00 Kiwa Primara GmbH | GewerbestraЯe 28 – 32 | 87600 Kaufbeuren | Germany | Tel. +49 8341 99726-0 | primara@kiwa.com | www.kiwa.de page 1 of 10 Parameter table acc. EN50549-10:2022 (Parameters as declared by the manufacturer and not according to a specific grid code. Additional testing for de- viation to a specific grid code can be necessary) Parameter setting name in the generating unit: Europe:

“EN50549-1:2019” Clause(s) / subclause(s) of EN50549-1 or EN 50549-2:2019 Parameter Parameter name in the generating unit Configurable range Default value Minimum step size Considered value range 4.4.2 Operating frequency range 47,0 – 47,5 Hz Duration N/A 0 – 20 s 0s Device can operate in under- and over-fre- quency for an unlim- ited time.

This is am- bient temperature de- pendent 47,5 – 48,5 Hz Duration N/A 30 – 90 min 30 min 48,5 – 49,0 Hz Duration N/A 30 – 90 min 30 min 49,0 – 51,0 Hz Duration N/A not configurable unlimited 51,0 – 51,5 Hz Duration N/A 30 – 90 min 30 min 51, 5 – 52 Hz Duration N/A 0 – 15 min 0 s 4.4.3 Minimal re- quirement for ac- tive power deliv- ery at un- derfrequency Reduction threshold N/A 49 Hz – 49,5 Hz 49,5 Hz Power reduction due to low frequency is lower than the most stringent allowable reduction. The long- term reduction is am- bient temperature de- pendent.

Maximum reduction rate N/A 2 – 10 % PM/Hz 10 % PM/Hz 4.4.4 Continuous operating voltage range Upper limit N/A not configurable 110% Un Lower limit N/A not configurable 85% Un 4.5.2 Rate of change of fre- quency (ROCOF) immunity ROCOF withstand capability (de- fined with a sliding measure- ment window of 500 ms) non- synchronous generating technol- ogy: synchronous generating technology: N/A not defined Time Limit 200ms >3Hz/s 500ms >2.25Hz/s 1s >1.75Hz/s 2s >1.5Hz/s 4.5.3.2 Under- voltage ride Maximum power resumption time N/A not defined 1 s UVRT not applicable (Type A device) Time Limit 200ms >3Hz/s 500ms >2.25Hz/s 1s >1.75Hz/s 2s >1.5Hz/s

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Attachment to certificate No.: 25-366-00 Kiwa Primara GmbH | GewerbestraЯe 28 – 32 | 87600 Kaufbeuren | Germany | Tel.

+49 8341 99726-0 | primara@kiwa.com | www.kiwa.de page 2 of 10 Clause(s) / subclause(s) of EN50549-1 or EN 50549-2:2019 Parameter Parameter name in the generating unit Configurable range Default value Minimum step size Considered value range through (UVRT) Generating plant with non-synchro- nous generating technology Voltage-Time-Diagram N/A see Figure 6 of EN 50549-1:2019 and EN 50549-2:2019 Time [s] U [p.u.] N/A 0,0 0,2 N/A 0,15 0,2 N/A 1,5 0,85 4.5.3.3 Under- voltage ride through (UVRT) Generating plant with synchronous generating tech- nology Maximum power resumption time N/A not defined 3 s Inverter based tech- nology Voltage-Time-Diagram N/A see Figure 7 of EN 50549-1:2019 and EN 50549-2:2019 Time [s] U [p.u.] N/A 0,0 0,3 N/A 0,15 0,3 N/A 0,15 0,7 N/A 0,7 0,7 N/A 1,5 0,85 4.5.4 Over-voltage ride through (OVRT) Voltage-Time-Diagram N/A Not configurable see Figure 8 of EN 50549-1:2019 and EN 50549-2:2019 Time [s] U [p.u.] OVRT not applicable (Type A device) N/A 0,0 1,22 N/A 0,1 1,22 N/A 0,1 1,20 N/A 5,0 1,20 N/A 5,0 1,15 N/A 60 1,15 N/A 60 1,10 4.6.1 Power response to over- frequency Threshold frequency f1 Start freq f> 50 Hz – 55 Hz 50.2 Hz 0.025 Hz Droop Droop f> 1 % – 12.5 % 5 % 0.05 % Power reference N/A Pmax Pmax, for syn- chronous Gener- ating technology and EESS PM for other -

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Attachment to certificate No.: 25-366-00 Kiwa Primara GmbH | GewerbestraЯe 28 – 32 | 87600 Kaufbeuren | Germany | Tel.

+49 8341 99726-0 | primara@kiwa.com | www.kiwa.de page 3 of 10 Clause(s) / subclause(s) of EN50549-1 or EN 50549-2:2019 Parameter Parameter name in the generating unit Configurable range Default value Minimum step size Considered value range nonsynchronous Generating tech- nology Intentional delay Start delay f> 0 – 3.1 s 0 s 0.1 s Deactivation threshold fstop Stop freq f> 50.0 Hz – f1 Equal to start freq 0.025 Hz Deactivation time tstop Stop delay f> 0 – 600 s 30 s 0.5 s Acceptance of staged disconnec- tion N/A yes | no yes 4.6.2 Power response to un- derfrequency Threshold frequency f1 Start freq f 50 Hz – 46 Hz 49.8 Hz 0.025 Hz Droop Droop f 1 – 12.5 % 5 % 0.05% Power reference N/A Pmax Pmax - Intentional delay Start delay f 0 – 3.1 s 0 s 0.1 s 4.7.2.2 voltage support by reac- tive power - Capa- bilities Active factor / Reactive power (%Sr) range overexcited Cos phi / Q 0,8 – 1 / 60% S - 0 r 1.0 / 0 0.01 / 0.1% S r Active factor / Reactive power (%Sr) range underexcited Cos phi / Q -0,8 – 1 / -60% S - 0 r 1.0 / 0 0.01 / 0.1% S r 4.7.2.3 voltage support by reac- tive power – Con- trol modes Enabled control mode Reactive power regulation Q setp.

Q (U) cos φ setp. cos φ (P) cos φ setp. cos phi = 1 4.7.2.3.2 voltage support by reac- tive power - Set point control modes Q setpoint and excitation Use a fixed Q 0 – 60 % S r 0 0.1 % S r cos φ setpoint and excitation Use a fixed cos phi 1 – 0.8 1 0.01 Time constant Filter time reac- tive power 1 – 60 s 3.3 s 0.1 s 4.7.2.3.3 voltage support by reac- tive power – Volt- age related con- trol modes Characteristic curve Q as function of input voltage 0 – 60% S / r 80 – 120% U n 43.6%S 93%U r n 0.0%S 97%U r n 0.0%S 103%U r n -43.6%S 107%U r n 0.1% S / r 0.25% U n Time constant Filter time reac- tive power 1 – 60 s 3.3 s 0.1 s Min cos φ Min.

Cos phi 0.1 – 1 0 0.01 Lock in power P Lock-in 0 – 100% P n 0% (deactivated) 0.5% P n Lock out power P Lock-out 0 – 100% P n 0% (deactivated) 0.5% P n 4.7.2.3.4 voltage support by Characteristic curve cos phi as func- tion of power 1 – 0.8 / 10 – 100% P n 1.00 20%P n 1.00 30%P n 0.01 / 0.5% P n

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