|
Preis pro Stück
Preis pro Stück
|
||
| Mindestmenge | 1-9 Stk | 10+ Stk |
| Lieferzeit | 35 days | 35 days |
| BRES-260-125 | €31.200 | €30.600 |
| Modellnummer |
|
|
|---|---|---|
| Preis/kWh |
|
|
| Preis (Einheit) |
|
|
| Produktgarantie (Min) | 3 Jahre | |
| Konfiguration | Kabinett | |
| Typ von Speichersystem | LFP (LiFePO4) | |
| Ersatzteile | inverter | |
| Montageoptionen | Boden | |
| Max. Anzahl Paralleler Einheiten | 4 | |
| Nennspannung |
|
|
| Betriebsspannungsbereich | 707 - 914 V | |
| Nominale Energie |
|
|
| Nutzbare Energie |
|
|
| Zyklenfestigkeit | 6000@100%DOD | |
| Betriebstemperaturbereich | -20 ~ +55 ℃ | |
| Abmessung (L*B*H) |
|
|
| Gewicht |
|
|
| IP-Schutzart | IP54 | |
| Max. Höhe | 4000 m | |
| Kühlmethode | Flüssig | |
| Kommunikationss | CAN, RS485 | |
| Max. DC-Leistung |
|
|
| Max. Eingangsspannung |
|
|
| Max. Gleichspannung |
|
|
| DC Eingänge |
|
|
| Max. AC-Leistung |
|
|
| Netzfrequent/ Bereich |
|
|
| Leistungsfaktor (cosφ) |
|
|
| Klirrfaktor |
|
|
| Anzahl der Anschlussphasen |
|
|
| Max. Wirkungsgrad |
|
|
| Europ. Wirkungsgrad |
|
|
| AC Ausgangs Anschluss |
|
|
| PDF des Herstellers herunterladen | ||
The BRES Immersion-Cooled Energy Storage System combines PCS and mmersion-cooled battery technology in a compact integrated platform.It enables bidirectional energy flow between the grid and loads while supporting peak shaving, microgrid operation, and multi-energy applications.The immersion-cooled architecture enhances safety, reliability, and thermal perfor mance.Cooled architecture enhances safety, reliability, and thermal performance.
Key Features:
· High Performance & Scalability:650–950 V wide DC voltage range; supports VF, VSG and PQ modes; parallel expansion; 100% unbalanced load in off-grid operation.
· Versatile Applications:Works with site-level EMS for seamless on/off-grid switching and integrated PV, BESS and diesel microgrids.
· High Reliability & Protection:Dual AC/DC redundant power supplies; immersion-cooled battery system for up to 20 years of maintenance-free operation.
· Long Service Life & Low O&M:Active-balancing BMS extends service life and reduces long-term O&M costs.
· Comprehensive Safety Protection:Three-level architecture with multi-state monitoring and coordinated protection safeguards the battery system.
· Superior Environmental Adaptability:Stable operation in extreme climates, including deserts, high altitudes and coastal regions.
Sicon Chat Union Electric Co., Ltd. (Aktiencode: 833426, im Folgenden „SCU“ genannt) engagiert sich seit jeher für die Anwendung von Schlüsseltechnologien in der Stromumwandlung und der automatischen Steuerung in Rechenzentren sowie im Bereich der erneuerbaren Energien. SCU fördert kontinuierlich die grüne Entwicklung und bietet umfassende Lösungen in drei zentralen Geschäftsbereichen: Rechenzentrumsinfrastruktur, Laden von Fahrzeugen mit neuer Energie und grüne Energiespeicherung. SCU ist auf Energie-, Leistungselektronik- und Steuerungstechnologien spezialisiert und entwickelt eigenständig eine vollständige Serie modularer PCS-Systeme (Power Conditioning Systems), die intelligent gefertigt werden. Die Kapazität einzelner Module reicht von 10 bis 215 kW (kompatibel mit 900 V und 1.500 V), wobei die Systemleistung pro Einheit bis zu 1.250 kW betragen kann. Im Hinblick auf die wachsende Nachfrage des Energiespeichermarkts hat SCU anwendungsspezifische Lösungen für verschiedene Szenarien entwickelt – darunter integrierte Solar- und Speichersysteme, Energiespeichercontainer sowie kombinierte Lösungen für Erzeugung, Speicherung und Laden. Damit bietet SCU weltweit nachhaltige Systeme für das Energie- und Leistungsmanagement an, ermöglicht CO₂-neutrale Mobilität und treibt mit technologischer Innovation den Wandel von der Industrie- zur Ökozivilisation voran.
Established time: 2003
Core advantages:
Strong technical R&D strength
Diversified product line
Wide customer base
Considerable industry development space
Professional management team
A comprehensive set of production capacity
GRES Series
GRES (Grid Renewable Energy Storage Power Supply) static generator is an intelligent and modular power supply equipment that integrates Li-ion batteries, PV controllers, and multi-functional bi-directional energy storage converters (PCS). It is designed not only for energy storage but also for various application scenarios by combining Li-ion batteries, bi-directional DC/AC converters, PV, MPPT, STS, and monitoring units like PMS and other modules. The MPPT, static transfer switch (STS), monitoring units, and other modules can be combined in various configurations to achieve grid-connected power supply, off-grid power supply, uninterruptible power supply, static reactive power compensation, harmonic suppression, and more. Additionally, it supports integration of new energy sources, grid, lithium-ion power, and loads in a structured manner. Its reasonable configuration and scientific utilisation aim to provide users with green, environmentally friendly, noiseless, highly reliable, and secure power services.
BRES-240-125
BRES (Energy Storage Integrated Power System) is an integrated power supply system that combines long-life lithium batteries, a battery management system (BMS), a high-performance bi-directional energy storage converter module (PCM125), an active safety system, a thermal management system, and an energy management system into a single standardised outdoor cabinet. This forms an integrated plug-and-play intelligent, modular power supply equipment. Each cabinet functions as an independent unit with energy storage and AC/DC power conversion capabilities. It is equipped with an air-conditioning temperature control system and a fire protection system, enabling safe, stable, and reliable operation over long periods. Additionally, it can be flexibly expanded through parallel connection on the AC side to realise capacity growth of the energy storage power station.
PCS
Multiple working modes.
Seamless switching between on-grid and off-grid modes,<10ms.
3P3W and 3P4W optional.
RS485, CAN, Ethernet communication modes.
Functions of low-voltage ride-through and reactive power compensation.
100% unbalanced load capacity in off-grid operation.
Continuous 105% rated output power.
AC and DC dual-input redundant power supply. ØModular design and flexible product.