Промышленное и коммерческое оборудование для хранения энергии LABEL с жидкостным охлаждением серии L1000

Рубрика Оборудование для хранения энергии

500kW/932kWh Industrial Containerized Solution

Plug-and-play liquid-cooled energy storage system in a 10-foot container. Advanced modular design with 20+ year lifespan for industrial and commercial applications.

Ключевые особенности:

932kWh capacity, 500kW power output
Liquid cooling technology
IP54 weatherproof container
24/7 intelligent monitoring
30-50% energy cost savings

Приложения: Peak shaving, backup power, solar integration for industrial facilities and commercial buildings.

Характеристики: -20°C to 45°C | Grid/off-grid | Factory pre-assembled

Детали

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Industrial & Commercial Liquid-Cooled Energy Storage Solutions

JM LABEL L1000 Series – Advanced

500kW/932kWh

Storage System

🏭 Complete Outdoor Commercial Energy Storage Solution

The LABEL L1000 All-in-One Liquid-Cooled Energy Storage System series, an outdoor commercial liquid-cooled energy storage system, is housed in a standard 10-foot container. Factory-assembled, plug-and-play, it meets the needs of industrial, commercial, and user-side applications. Its modular battery cluster design, with individual cluster management, enables rapid grid connection and capacity expansion. Advanced liquid cooling technology extends operating life, a six-dimensional fire protection system ensures safety, and an intelligent monitoring system enables unmanned operation and maintenance.

Transform your energy infrastructure with the JM LABEL L1000 All-in-One Liquid-Cooled Energy Storage System. This innovative outdoor commercial energy storage solution delivers 932kWh capacity, designed specifically for industrial facilities, commercial buildings, and utility-scale applications.

Plug-and-play deployment means faster ROI – our containerized energy storage system ships as a complete unit, eliminating complex installation procedures and reducing project timelines by up to 60%.

⚡ Industrial-Grade Power & Performance

Modular expandable architecture allows seamless capacity scaling as your energy demands grow. Advanced liquid cooling technology extends system lifespan to 20+ years while maintaining peak performance in extreme weather conditions.

Наш сайт triple-layer fire protection system exceeds industry safety standards, while intelligent monitoring capabilities enable fully automated operation with minimal maintenance requirements.

JM LABEL L1000 Series – Premium 932kWh Containerized Solution

🔋 Enterprise-Scale Energy Storage Technology

932kWh outdoor containerized energy storage represents the pinnacle of industrial energy solutions. This all-in-one integrated platform combines cutting-edge technology with proven reliability for mission-critical applications.

💡 Smart & Efficient Operations

High-efficiency AC/DC conversion maximizes energy throughput while our cloud-based energy monitoring platform provides real-time remote control and diagnostics. Intelligent algorithms automatically optimize charging cycles и peak load management for maximum cost savings.

Superior performance metrics consistently outperform traditional storage solutions across all environmental conditions.

🛡️ Advanced Safety & Reliability

Multi-tiered protection systems safeguard your investment with comprehensive monitoring and fail-safe mechanisms. Lithium Iron Phosphate (LFP) battery technology delivers unmatched safety, thermal stability, and long-term reliability.

Pre-installed liquid cooling infrastructure maintains optimal operating temperatures, while our integrated multi-level BMS (Battery Management System) ensures perfectly balanced power storage and distribution.

🎯 Comprehensive Energy Management Solutions

Our proprietary RPEMS (Renewable Power Energy Management System) delivers:

Backup Power Solutions – Uninterrupted operations during outages Peak Shaving Technology – Reduce demand charges by up to 40% PV-Storage Microgrid Integration – Seamless renewable energy optimization Demand Response Programs – Generate additional revenue streams Peak-Valley Arbitrage – Automated energy trading for maximum profits

🔧 Ultimate Flexibility & Scalability

Modular design architecture adapts to complex project requirements with ease. Multi-cabinet parallel connectivity enables virtually unlimited capacity expansion. Built-in PV interface modules streamline solar integration without additional hardware.

Why Choose JM LABEL Energy Storage Systems?

✅ Reduce Energy Costs by 30-50% – Smart load management and arbitrage ✅ Plug-and-Play Installation – Operational within 24 hours ✅ 20+ Year Lifespan – Advanced liquid cooling extends equipment life ✅ 24/7 Remote Monitoring – Cloud-based intelligent management ✅ Scalable Solutions – Start small, expand as needed ✅ Multiple Revenue Streams – Peak shaving, arbitrage, demand response

Ready to revolutionize your energy strategy? Contact our industrial energy specialists today!

Specification of Industrial and Commercial Energy Storage Equipment LABEL Liquid-Cooled Series L1000

Parameter Name	Value
Model	Label L100
Rated Capacity	932kWh
Диапазон напряжения батареи	715–928 Vdc
Rated AC Power	100 kW
Номинальное напряжение переменного тока	400 Vac
Rated AC Current	144 A
Number of MPPTs	2
Max. PV Input Voltage	900 Vdc
Макс. Входной ток для каждого MPPT	80 A
Automatic Grid/Off-grid Switching	Supported
Operating Temperature	–20 ℃ ~ 45 ℃
Dimensions (W×H×D)	1600 × 2200 × 1300 mm
Рейтинг защиты	IP54
Corrosion Rating	C4

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What are the key advantages of liquid cooling over air cooling in energy storage systems?

Liquid cooling ensures uniform temperature control, which can enhance system reliability and lifespan. By mitigating the impact of heat on battery cells, liquid cooling contributes to extending the overall lifespan of the energy storage system. Research shows Li-ion batteries live about 20 percent longer at 20°C vs 30°C, and life drops by about 40 percent at 40°C. Our LABEL L1000’s advanced liquid cooling technology extends the system lifespan to 20+ years while maintaining optimal performance in extreme temperatures from -20°C to 45°C.

How does the modular battery cluster design benefit industrial and commercial applications?

The modular battery cluster design with individual cluster management enables rapid grid connection and capacity expansion without system downtime. Multi-cabinet parallel connectivity allows virtually unlimited capacity scaling as energy demands grow. This plug-and-play architecture reduces project timelines by up to 60% and enables seamless system expansion from the initial 932kWh capacity to meet growing industrial energy requirements.

What safety features are included in the six-dimensional fire protection system?

The six-dimensional fire protection system exceeds industry safety standards through multiple protection layers including thermal monitoring, early warning detection, automatic suppression systems, and emergency isolation protocols. Combined with Lithium Iron Phosphate (LFP) battery technology that delivers unmatched thermal stability, the multi-level BMS ensures comprehensive safety monitoring. The IP54 protection rating and C4 corrosion resistance provide additional environmental protection for reliable outdoor operation.

How does the RPEMS energy management system optimize energy costs?

The RPEMS (Renewable Power Energy Management System) delivers multiple cost-saving strategies including peak shaving technology that reduces demand charges by up to 40%, peak-valley arbitrage for automated energy trading, and demand response programs that generate additional revenue streams. Intelligent algorithms automatically optimize charging cycles and peak load management, enabling overall energy cost reductions of 30-50% through smart load management and grid interaction optimization.

What maintenance requirements does the liquid cooling system have?

Think about your capacity for system maintenance when considering liquid cooling systems. Our LABEL L1000 is designed for minimal maintenance with intelligent monitoring capabilities enabling fully automated operation. The pre-installed liquid cooling infrastructure requires periodic inspection of coolant levels, filter replacement, and system performance monitoring. However, the containerized design and remote monitoring through our cloud-based platform significantly reduce maintenance frequency compared to traditional systems.

How does the system handle grid integration and backup power functionality?

The system supports automatic grid/off-grid switching with seamless backup power solutions ensuring uninterrupted operations during outages. With rated AC power of 100kW at 400Vac, the system provides reliable power for critical industrial operations. The dual MPPT configuration (max 900Vdc input) enables efficient PV integration, while the integrated microgrid functionality optimizes renewable energy usage and provides grid stabilization services.

What is the expected payback period for industrial and commercial installations?

The containerized system’s plug-and-play deployment enables faster ROI through reduced installation costs and timeline compression. With energy cost reductions of 30-50%, peak shaving savings of up to 40% on demand charges, and additional revenue from demand response programs, typical payback periods range from 5-8 years depending on local electricity rates and usage patterns. The 20+ year system lifespan ensures decades of continued economic benefits after payback.

How does the system adapt to different industrial environments and climates?

Liquid cooling can adapt to a wider range of temperatures compared to air cooling systems. The LABEL L1000 operates reliably in temperatures from -20°C to 45°C with its advanced liquid cooling maintaining optimal battery temperatures regardless of ambient conditions. The IP54 protection rating and C4 corrosion resistance ensure reliable operation in harsh industrial environments including coastal areas with salt exposure and facilities with chemical processing operations.

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