As a premier manufacturer and supplier of advanced renewable energy equipment, we present a highly integrated energy storage solution engineered to meet rigorous modern power demands. Designed for seamless procurement and deployment, this system combines high-capacity storage with intelligent operational efficiency.
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Step into a new era of power resilience with the COREY household energy storage device, a precision-engineered unit that redefines energy independence. The moment you run your hands across its sleek, powder-coated metallic casing, you can immediately feel the robust, weather-resistant craftsmanship designed to withstand the harshest environmental elements. Operating with a whisper-quiet hum, the system seamlessly integrates into any architectural space without disrupting ambient tranquility. The COREY household energy storage device is equipped with an intelligent management system that can automatically adjust the charging and discharging strategies based on the user's electricity consumption habits, further enhancing energy utilization efficiency. The system analyzes the user's daily electricity usage patterns, predicts future power demands, and optimizes the charging and discharging times accordingly to ensure the stability and economy of power supply. In the event of a sudden power outage, the COREY household energy storage product can immediately switch to backup power mode to ensure the normal operation of household appliances. This is particularly important for critical equipment that requires continuous power supply, such as refrigerators, ventilators, and medical devices. Every detail, from the solid, satisfying click of the wireless connection modules to the unobtrusive visual footprint, is meticulously crafted to deliver an experience of absolute security and uninterrupted comfort.
INVERTER | COREY 3600 HVS | COREY 5000 HVBS | COREY 5000 HVS | COREY 6000 HVS |
|---|---|---|---|---|
BATTERY PORT | ||||
Battery Type | Li-on / Lead-acid | |||
Nominal Battery Voltage [V] | 96 | |||
Battery Voltage Range [V] | 80-450 | 80-467.2 | ||
Max. Charging Current [A] | 45 | 60 | 60 | 60 |
Max. Discharging Current [A] | 45 | 60 | 60 | 60 |
INPUT PV | ||||
Max. PV Input Power [kW] | 7.36 | 10 | 10 | 10 |
Max. PV Input Voltage [V] | 580 | 580 | ||
MPPT Range [V] | 100-550 | 100-550 | 100-550 | 100-550 |
Start-up Voltage [V] | 100 | 100 | 100 | 100 |
Max. Input Current [A] | 15 / 15 /1 | 15 / 15 | 15 / 15 | 15 / 15 |
Max. Short Circuit Current [A] | 18.75 / 18.75 | 18.75 / 18.75 | 18.75 / 18.75 | 22.5 / 22.5 |
MPPT Trackers | 2 | 2 | 2 | 2 |
MPPT Trackers (Strings) | - | 1/1/1 | 1/1/1 | 1/1/1 |
INVERTER | COREY 4000 HVT | COREY 5000 HVT | COREY 6000 HVT | COREY 8000 HVT | COREY 10000 HVT | COREY 12000 HVT | COREY 15000 HVT |
|---|---|---|---|---|---|---|---|
BATTERY PORT | |||||||
Battery Voltage Range [V] | Li-on / Lead-acid | ||||||
Battery Voltage Range [V] | 80-700 | ||||||
Max. Charging Current [A] | 50 | ||||||
Max. Discharging Current [A] | 50 | ||||||
INPUT PV | |||||||
Max. PV Input Power [kW] | 8 | 10 | 12 | 16 | 20 | 22.5 | 22.5 |
Max. PV Input Voltage [V] | 1100 | ||||||
MPPT Range [V] | 140-950 | ||||||
Startup Voltage [V] | 120 | ||||||
Max. Input Current [A] | 16/16/16 | ||||||
Max. Short Circuit Current [A] | 24/24/24 | ||||||
MPPT Trackers | 3 | ||||||
Strings Per MPPT Tracker | 1/1/1 | ||||||
Designed to eliminate operational friction and maximize utility, this energy storage system translates advanced engineering into tangible, everyday benefits. By focusing on rapid deployment and unwavering reliability, it directly addresses the critical pain points of energy management.
Stacked Design & Wireless Connection: Experience the simplicity of a modular architecture that snaps together securely. This eliminates the chaotic web of external cables, ensuring an exceptionally clean installation process that saves valuable time and labor.
Low Cost, Remarkable Benefits: Engineered to optimize the balance between upfront investment and long-term yield. The system captures and utilizes solar energy with incredible efficiency, drastically reducing reliance on the grid and lowering operational expenses.
Strong Scalability: Adapt to growing power requirements effortlessly. The system allows you to choose and expand power capacity within the 10~20kWh range, providing a future-proof foundation for expanding energy needs.
IP65 Outdoor Protection: Encased in a tightly sealed, rugged exterior, the unit is entirely impervious to dust ingress and low-pressure water jets. It stands resilient against harsh weather, offering complete flexibility for both indoor and outdoor installations.
Versatile Applications: Whether securing continuous power for a primary residence, facilitating a remote picnic or camping trip, or providing reliable energy for demanding field work, this system adapts to every scenario with uncompromising stability.
To fully appreciate the transformative potential of this energy storage solution, one must look at the multidimensional engineering that drives its performance. Each aspect has been meticulously refined to ensure maximum compatibility, safety, and financial return.
All-in-One & Modular Design: By integrating the inverter, Battery Management System (BMS), and battery modules into a single, cohesive tower, the system achieves true "plug-and-play" functionality. This highly integrated approach minimizes spatial footprint while maintaining an elegant aesthetic suitable for any modern facility.
Flexible Scalability & High Compatibility: Featuring an expansive PV input voltage range (up to 1100V) and multiple MPPT trackers, the system seamlessly interfaces with both legacy and newly constructed solar arrays. This ensures every ray of sunlight is captured and converted with maximum efficiency.
Smart Energy Management & BMS Protection: An AI-driven core continuously analyzes consumption patterns, leveraging Time-of-Use (TOU) tariffs to charge during off-peak hours and discharge during peak times. Simultaneously, the advanced BMS actively monitors for overvoltage, overcurrent, and thermal anomalies, keeping the lithium cells in pristine condition.
Emergency Backup & Seamless Switchover: When the grid fails, the system reacts in less than 10 milliseconds. This UPS-grade transition is so rapid that sensitive electronics, lighting, and critical medical devices continue to operate without a single flicker, securing continuous operational integrity.
Superior Safety & Environmental Adaptability: Beyond its IP65 physical armor, the system incorporates high-stability lithium technology paired with redundant software safeguards. This dual-layer protection eradicates thermal runaway risks, ensuring absolute safety regardless of the ambient environment.
Economic Benefits & High ROI: By maximizing self-consumption rates and capitalizing on peak-valley price differentials, the system delivers a rapid return on investment. A lifecycle exceeding 6000 cycles guarantees years of virtually maintenance-free profitability.
Global Certifications & Reliable Support: Meeting stringent international standards including CE, UN38.3, and IEC, this system guarantees smooth cross-border logistics and compliance. Backed by a 5-10 year warranty and comprehensive remote diagnostics, it significantly lowers long-term maintenance overhead.
Selecting the right energy infrastructure requires partnering with an entity that understands the nuances of scale, reliability, and continuous support. Our commitment extends far beyond the physical hardware, ensuring that every deployment yields maximum value and operational peace of mind.
Uncompromising Quality Control: Every unit undergoes rigorous stress testing before leaving the facility, ensuring that the performance parameters you read are exactly what you experience in the field.
Streamlined Deployment: We engineered the physical and software interfaces specifically to reduce commissioning time. The wireless stacking and intuitive configuration portals mean faster project completion and reduced labor overhead.
Dedicated Technical Infrastructure: Our global support network provides real-time, remote diagnostic capabilities. We can identify and resolve potential software anomalies before they ever impact physical operations, ensuring maximum uptime.
Future-Proof Engineering: By utilizing standardized communication protocols (RS485 / CAN / Wi-Fi / Bluetooth) and broad voltage compatibility, our systems are designed to integrate flawlessly with tomorrow's smart grid technologies.
To assist in your evaluation and planning, we have compiled detailed responses to the most critical technical and operational inquiries regarding this energy storage system.
The system utilizes an integrated AI algorithm that continuously monitors your specific load profiles. By learning when your facility consumes the most power, it automatically shifts the charging cycle to periods when grid electricity is cheapest (or solar generation is highest) and discharges during peak tariff hours, thereby maximizing financial savings without requiring manual intervention.
Absolutely. The entire enclosure is certified to an IP65 protection rating. This means the internal electronics and battery cells are completely sealed off from microscopic dust particles and are protected against low-pressure water jets from any direction. The robust metallic finish also resists corrosion, making it highly durable in varying climates.
The integrated inverter features a UPS-grade transfer switch that detects grid voltage drops instantly. Within less than 10 milliseconds, the system isolates itself from the dead grid and begins supplying battery power to the connected loads. This transition is so fast that sensitive devices like ventilators, servers, and refrigeration compressors will not reboot or lose function.
Traditional battery banks require complex, thick copper cabling between modules, which is time-consuming to route and prone to connection errors. Our stacked design utilizes integrated, heavy-duty contact terminals built directly into the chassis of each module. You simply lower one module onto another, and the power and communication lines connect automatically, reducing installation time by up to 70%.
The system utilizes premium-grade lithium technology managed by a highly sensitive BMS, ensuring that the cells are never overcharged, deeply depleted, or exposed to excessive thermal stress. Under standard operating conditions, the battery modules are rated for over 6000 complete charge and discharge cycles, which translates to well over a decade of reliable daily use.
