SC / APC or SC / UPC, 1x8 / 1x16 / 1x32 / 1x64, G657A SMF
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Cold rolled steel plate: 96 core
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Fiber Capacity: 24 Cores
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Optical Distribution Frame
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Cold rolled steel plate: 720 core / 864 core
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Cold rolled steel plate: 72 cores
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Cold rolled steel plate: 48 cores
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Cold rolled steel plate: 24 cores
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Cold rolled steel plate: 24 core / 12 core / 72 core / 48 core
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ABS: 4 cores / 24 cores / 12 cores
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Cold rolled plate: 12 core / 24 core / 48 core
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ABS: 8 cores / 2 cores / 24 cores / 12 cores or 24 cores / 4 cores
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Cold rolled plate: 36 cores
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Cold rolled plate: 24 cores
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Polymer modified plastic: non-vulcanized self-adhesive rubber
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Polymer modified plastic: non-vulcanized self-adhesive rubber
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Polymer modified plastic: vulcanized silicone rubber / polyolefin
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Stainless steel plate: 144 core
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Stainless steel plate: 144 core
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Stainless steel plate: 144 core / 288 core / 576 core
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Cold rolled plate: 144 cores 288 cores 864 cores
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SMC: 144 core / 288 core / 576 core
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SMC: 144 core / 288 core / 576 core
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SMC: 144 core / 264 core / 288 core
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Material: galvanized sheet 0.8~1.2mm / galvanized sheet 1.0~1.2mm
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Material: SMC composite material / PC+ABS plastic
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12-core bundle design integrates multiple fibers in one unit for centralized cabling
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Supporting 8 to 144 cores for parallel transmission
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SC / LC / FC / ST, APC / UPC, Simplex / Duplex, SM / MM
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Flexible customization from 2 to 288 cores
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G657A1 / G657A2 Single Mode Fiber
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1 to 8 Cores (Customizable)
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LSZH (Low Smoke Zero Halogen)
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SM Single Mode / MM Multimode (OS2 / OM1 / OM2 / OM3 / OM4)
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Insertion Loss: ≤ 3.8 dB (1×2) to ≤ 17.2 dB (1×32); low-loss uniform splitting
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Insertion Loss (IL): ≤ 13.8 dB (1×16) to ≤ 20.8 dB (1×64)
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Insertion Loss (IL): ≤ 3.8 dB (1×2) to ≤ 20.8 dB (1×64)
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Insertion Loss (IL): ≤ 10.5 dB (1×8) to ≤ 17.2 dB (1×32)
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1×4 / 1×5 splitting output
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We design customized solutions based on load profile, transformer capacity, electricity tariffs, and peak demand requirements.
Energy storage reduces electricity costs through peak shaving, improves energy efficiency, provides backup power, and supports photovoltaic integration.
Depending on local electricity pricing and usage patterns, typical payback ranges from 3–6 years, with fast deployment and scalable expansion.
It is a pre-integrated battery system designed for microgrids, renewable integration, industrial parks, and utility-scale projects.
Modular container design enables megawatt-level expansion with rapid on-site installation.
Yes. The system supports photovoltaic, diesel generator, and grid hybrid applications.
Hybrid energy management combines batteries, solar power, and generators to guarantee reliable operation in remote locations.
Yes. It supports retrofit installation and intelligent remote monitoring with minimal infrastructure modification.
Store solar or low-cost electricity for use during peak pricing periods.
Advanced lithium battery technology ensures 10–15 years of safe and reliable operation.
Still have questions? Contact our engineers for a customized energy storage solution.
We're here to answer your questions and provide the energy solutions that best fit your needs.