1. Sustine onus triphasicum 100% inaequalis
Designatio cursoris refrigerationis liquidi gradus 2.PACK ad dissipationem caloris
3. Sustentatio remotae renovationis et operationis et sustentationis nubis
4.PACK + imperium ignis in armario
5. Dehumidificatio intellegens ad periculum condensationis eliminandum
6. Capacitas armarii singularis usque ad 418K
7. Expansio flexibilis, facile instituenda et conservanda
Batteria
| Modellum | RES-200W100 | RES-215W100 |
| Typus Batteriae | LiFePO4 | |
| Efficacia Oneris/Exonerationis Aestimata | 0.5°C | |
| Tensio Aestimata (V) | 1331.2 | |
| Tensio Operativa (V) | 1164.8~1497.6 | |
| Capacitas Aestimata Cellulae (Ah) | 280 | 314 |
| Capacitas Aestimata (kWh) | 372.73 | 417.99 |
| Compositio | 1P416S | 1P416S |
Egressus AC (in Rete)
| Modellum | RES-200W100 | RES-215W100 |
| Potentia Producta Aestimata (kW) | CLXXXVI | 130 |
| Maxima Currens Egressus (A) | CLXXI | 206 |
| Tensio Retis Aestimata (V) | 3/PE,690 | |
| Frequentia Retis Aestimata (Hz) | 50/60 | |
| Factor Potentiae | 1 (0.9 praecedens ~ 0.9 sequens) | |
| THDi | <3% (@Potentia Aestimata) | |
Parametri Generales
| Modellum | RES-200W100 | RES-215W100 |
| Protectio Ingressus | IP54 | |
| Methodus Refrigerandi | Compartimentum Accumulatoris (Refrigeratum Liquore)、Conclave Electricum (Refrigeratum Aere) | |
| Methodus Refrigerationis Accumulatoris | Systema refrigerationis liquidi | |
| Systema Protectionis Ignis | Aerosolum/Perfluorohexanonum | |
| Humiditas Relativa | 0~95%, Non-condensans | |
| Ambitus Temperaturae (℃) | -20~+50 | |
| Altitudo (m) | 4000 (>2000 Deminutio) | |
| Communicatio | RS485, CAN | |
| Protocollum Communicationis | Modbus, IEC104 | |
| Pondus (kg) | ≈3600 | ≈3750 |
| Dimensiones (L × P × A) (mm) | 1325*1375*2300 | 1325*1375*2300 |
| Modus Traditionis | Transportatio integralis | |
