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03 Africa-Acrel
Africa-Acrel Medical Isolation Power Supply System, Power Monitoring System, IDC Precision Distribution Monitoring Solution, Power IoT Cloud Platform etc, are widely used in the electrical industry in Africa.

04 Asia-Acrel
Asia-Acrel has a variety of cases in Asia, focusing on DC energy meter in photovoltaic systems, multi-circuits meters for data center, IOT energy management systems, Hall sensor applications, etc.

Explore Acrel Microgrid Energy Management System Solutions
Highly scalable, secure and configurable platform to build solutions using IoT in manufacturing, power, and electrical.

For more information about need of energy management in microgrids and microgrid management software, please feel free to contact us!

We can also provide kinds of ac current transducer for sale, if you are interested, please contact us.

Philips M3516A Battery (For M4735A HeartStart XL Defibrillator)

OEM Part Number: M3516A
Compatible Device: Philips M4735A HeartStart XL Defibrillator / Monitor
Alternative OEM Codes: LCT-1912ANK, LC-T121R8PG, 989803107041, 861266
Battery Chemistry: Sealed Lead Acid (VRLA SLA) / Li-ion replacement version available
Nominal Voltage: 12.0V
Standard Capacity: 2300mAh (2.3Ah), 27.6Wh; Economy version 2000mAh (24Wh)
Termination: Metal pressure contact terminals, no wire harness
Outer Casing: Black ABS plastic with yellow instruction label
Physical Dimensions & Weight
Dimension (L W H): 182mm 24.1mm 61mm / 7.17" 0.94" 2.40"
Net Weight: 740g / 1.65 lbs

Product Introduction
AFR-200 is thin-wall small cross-section hook-up wire with PTFE film wrapped insulation, rated for 250V AC continuous operation and long-term working temperature up to 200C.
Constructed with stranded high-purity fine copper conductor complying with GJB 1640 standard, this wire is designed for electrical & electronic equipment whose ambient or component temperature stays within 200C, as well as circuits prone to overload current and heavy mechanical compression. It is the ideal internal wiring for compact, weight-sensitive instruments and electronic devices thanks to outstanding flexibility, repeated bending resistance and anti-vibration property. Its PTFE insulation can withstand high soldering iron heat without shrinkage or melting during welding assembly.

Core Basic Electrical Spec
1.Rated Voltage: 250V AC
2.Operating Temperature Range: -60 ~ +200
3.Insulation Resistance: 1.5-10 Mm at 20
4.Available Colors: Black, Brown, Red, Orange, Yellow, Green, Blue, Purple, Gray, White, Transparent or custom specified hues & stripe colors
Key Product Features
High Dielectric Strength & Arc Resistance: Premium PTFE insulation delivers excellent breakdown voltage and superior anti-arc performance.
Superior Weather & Aging Resistance: Zero water absorption, excellent UV & oxygen stability, long service life under harsh outdoor & high-temperature environments.
High Flexibility & Mechanical Durability: Fine stranded copper construction for superb flex & anti-fatigue performance, perfect for tight-space routing inside precision equipment.

Typical Application Scope
1.Internal wiring for precision instruments, analytical meters, laboratory testing equipment
2.High-temperature control & internal wiring of industrial electrical appliances, aerospace small electronic modules
3.Compact electronic devices, sensor internal leads, wiring under overload & high mechanical compression working conditions

Product Introduction
Bing HRF is the 4th-generation special microwave ablation catheter cable developed by Bing for varicose vein treatment equipment. Widely adopted by mainstream manufacturers of microwave ablation devices and disposable ablation consumables, this cable features compact outer diameter, superior high-power transmission efficiency (fast ablation speed) and no surface overheating during operation, realizing reliable water-circulation-free design for clinical ablation catheters.
Manufactured with Bingâ??s proprietary raw materials and exclusive production craft:
Full flexible construction with excellent bendability for routing inside human cavity; moderate rigidity plus outstanding rebound elasticity
Supports extra-long catheter length up to 1.5m, structurally strong enough to withstand pushing force from distal end during clinical puncture surgery
Custom service available: we can tailor special flexible catheter cables in OD 1.80mm & 2.00mm for higher power transmission demands.

Core Features
Compact smaller outer diameter, optimized for minimally invasive catheter design
No surface overheating under working power, eliminating requirement for water circulation cooling system
High-precision impedance matching for consistent microwave signal transmission
Ultra-low VSWR to minimize signal reflection
Low insertion loss & low return loss, reducing power waste during energy delivery
Excellent shielding performance to avoid signal interference
High-efficiency microwave power transmission to speed up clinical ablation procedure

Typical Application: Specially matched for water-cooling-free varicose vein microwave ablation catheters, used in minimally invasive vascular clinical treatment equipment from medical device manufacturers

Product Overview
Foam-Flex 047 is foam-core low-loss flexible microwave coaxial cable with FEP outer jacket, overall outer diameter 1.48mm, 28AWG conductor construction. It follows universal industry dimensional standards and is compatible with mainstream RF connectors: SMA, 2.92mm, 2.4mm, 1.8mm, 1.0mm etc.
The cable adopts� double-layer composite shielding: spiral-wrapped silver-plated copper strip (100% full coverage shielding) plus outer silver-plated copper braided shield, enabling repeated flexing while reaching outstanding shielding effectiveness over-100dB @1GHz. Its electrical performance matches MIL-DTL-17 semi-rigid cable, yet owns excellent flexible property same as RG flexible wire, and can directly replace traditional semi-rigid / semi-flex coaxial cables with standard semi-rigid connectors. Core insulation is low-density foamed PTFE (LD-PTFE), greatly reducing dielectric loss and cable weight for low-loss high-frequency transmission.

Core Product Features
1. Ultra-low signal leakage & ultra-low VSWR, minimum signal reflection & power loss
2. True flexible design, withstand repeated dynamic bending without performance drift
3. Excellent mechanical phase & amplitude stability after frequent bending
4. Standard semi-rigid connector compatibility for easy assembly
5. Superior shielding efficiency-100dB@1GHz, strong anti-EMI capability
6. High mechanical durability for harsh ambient working condition
7. Lightweight construction compared with conventional solid PTFE semi-rigid cables

Typical Application Fields
1.Defense Electronics: Military radar, communication & EW system interconnect
2.Test & Measurement: Network/signal analyzer, high-frequency test bench jumper
3.Wireless Telecommunication: Base station, RF front-end & microwave link assembly
4.Medical Electronic Equipment: RF therapeutic & diagnostic instruments
5.Board-to-Board Interconnection for compact RF modules
6.Cabinet internal jumper wiring
7.Low-PIM application cables for communication system

Product Introduction
The True-Flex Series high-performance flexible microwave coaxial cables are designed to meet industry-standard form factors, supporting a wide range of connectors including SMA, 2.92mm, 2.4mm, 1.8mm, and 1.0mm. Built with a silver-plated copper tape wrap (providing 100% coverage) and an additional braided silver-plated copper shield, these cables offer exceptional shielding effectiveness up to -100 dB, while maintaining flexibility for repeated bending. They are engineered to use standard semi-rigid cable connectors, making them a drop-in replacement for traditional semi-rigid and semi-flexible cables, with superior bendability.

Key construction features include:
Solid PTFE dielectric for consistent electrical performance
Precision silver-plated copper tape wrap + silver-plated copper braid composite shielding
Optimized for both signal integrity and mechanical durability
Core Features
Repeated Bending Capability: Engineered to withstand repeated flexing without performance degradation
Exceptional Shielding Effectiveness: Up to -100 dB shielding for minimal EMI/RFI interference
Excellent Amplitude Stability: Ensures uniform signal amplitude across all operating conditions
Standardized Connector Compatibility: Works with industry-standard semi-rigid cable connectors
True Flexibility: Combines the performance of semi-rigid cables with the flexibility of flexible cables
High Durability: Rugged construction for long service life in demanding environments
Lightweight Design: Reduced weight compared to traditional semi-rigid cables

Typical Applications
1.Defense Electronics: Military communication, radar, and electronic warfare systems
2.Test & Measurement Instruments: Signal analyzers, network analyzers, and high-frequency test benches
3.Wireless Communications: Base stations, RF front-ends, and microwave links
4.Medical Electronic Devices: RF surgical tools, diagnostic equipment, and therapeutic devices
5.Board-to-Board Interconnects: Compact RF modules and high-density test equipment
6.Cabinet Jumpers: Internal wiring in high-density RF racks and test systems
PIM Cables: Low passive intermodulation applications in cellular and broadcast systems

Product Overview
Our Polyimide Film Composite Insulated Aerospace Wires are engineered to meet the most demanding requirements of commercial and military aircraft, designed for harsh environments and extreme operating conditions. Featuring a robust "Polyimide + Fluororesin (PTFE/FEP)" composite insulation system, these wires deliver an optimal balance of small size, high temperature resistance, lightweight construction, low flame propagation, and superior mechanical durability (scratch and impact resistance). With excellent arc resistance, mold and fungi resistance, and outstanding aviation fuel tolerance, they are the ideal solution for high-reliability applications in aerospace and defense systems.

Common Key Features
1.Wide-Temperature Performance: Stable operation from -90�°C to +200�°C, ensuring reliability in extreme environmental conditions.
2.Lightweight Design: Thin/medium-wall construction significantly reduces weight compared to traditional cables, meeting critical aerospace weight-saving requirements.
3.Superior Mechanical Durability: Excellent scratch, impact, and arc resistance, along with mold/fungi resistance, making them ideal for high-vibration, high-humidity cabin environments.
4.Chemical Compatibility: Outstanding resistance to aviation kerosene, hydraulic fluids, and other common aerospace fluids.
5.Low Flame Propagation: Compliant with strict aerospace standards for low smoke and low toxicity in the event of a fire, enhancing cabin safety.

1.Construction Process
1)HT-SPC / H-SPC: 3-layer structure (conductor + composite insulation + PTFE jacket) for enhanced protection, ideal for complex cabin environments.
2)TH-SPC: Combines PTFE extrusion with polyimide wrapping to improve insulation penetration and scratch resistance. It meets the military standard M22759/28, making it suitable for high-reliability military applications.
3)HET-SPC / HE-SPC: 2-layer structure (conductor + composite insulation) without a jacket, providing maximum light weighting for space-constrained cabin wiring.

2.Voltage Rating & Wall Thickness
1) 250V Series (HT-SPC / HET-SPC): Thinner insulation for low-voltage, weight-sensitive applications.
2) 600V Series (H-SPC / TH-SPC / HE-SPC): Thicker insulation to meet the higher dielectric strength requirements of power and control circuits.

Typical Applications
1)Aerospace & Aviation: Wiring for avionics, control, and power systems in commercial and military aircraft, as well as satellite internal wiring.
2)Defense Systems: High-reliability wiring for military aircraft, drones, and missile systems.
3)High-Performance Industrial: Control wiring for equipment operating in extreme environments, requiring both lightweight construction and high weather resistance.

1. Product Overview â?? Military-Grade PTFE Insulated Wire
Our MIL-W-16878 series stranded PTFE insulated wire is manufactured to meet MIL-W-16878 military specification, offering best-in-class high-temperature performance and electrical stability for demanding environments. These wires are ideal for aerospace, defense, industrial, and high-reliability electronic applications.

2. Key Features & Benefits MIL Military Standard:
Fully compliance with MIL-W-16878 military specification for high-reliability wiring.
PTFE Insulation: 100% extruded PTFE insulation provides excellent thermal resistance, superb electrical insulation, and strong chemical resistance.
Wide Temperature Range: Operating from -55C up to +200C (higher with optional plating).
Silver-Plated Stranded Copper: Offers low resistance, corrosion protection, and enhanced conductivity.
Multiple Voltage Ratings: Range from 250V to 1000V depending on type and wall thickness.
Flexible & Durable: Stranded conductor ensures high flexibility while maintaining mechanical strength.

3. Applications This wire is widely used in:
Aerospace & Avionics systems (flight controls, sensors)
Military electronics & communication equipment
Industrial control systems
High-temperature engine area wiring
Power and instrumentation harnesses

Product Overview
The M22759 series wire offers a wide operating temperature range of -55 to +260, providing reliable performance in the most extreme aviation and aerospace environments. With a rated voltage of 600V  / 1000V, it is suitable for systems with high current overload or mechanical pressure, and is ideal for space-constrained, weight-sensitive instruments and electronic equipment.� Its PTFE insulation is highly resistant to thermal shock from welding processes, making it an excellent choice for areas like aircraft engine compartments.

Product Specifications
Conductor:  silver-plated copper/ tinned copper� 
Insulation: PTFE /�  ETFE
Rated Voltage: 600V /1000V
Operating Temperature: -55 to +260
Insulation Thickness: 0.010 inches (0.254mm) [standard wall thickness]
Color Options: Black, brown, red, orange, yellow, green, blue, purple, gray, white, natural, dual-color stripes, or custom colors.

Product Features
1. High Breakdown Voltage: PTFE insulation has a volume resistivity of up to 10�¹â?¸ �©�·cm, low dielectric loss, and excellent resistance to high-voltage arcing.
2. Wide Temperature Tolerance: PTFE performs reliably from -190â?? to +260â?? (with short-term exposure up to 300â??), and is fire-resistant, self-extinguishing when removed from the flame.
3. Superior Chemical Resistance: PTFE is inert to almost all chemicals, including acids, alkalis, and solvents, and remains stable even in humid or saline environments.
4. Excellent Weatherability: Non-hygroscopic, non-flammable, and highly resistant to oxygen and UV radiation, ensuring long-term durability in outdoor and harsh conditions.

If you give me your drawings, and I will render you the perfect products! If you tell me your needs, and I will depict you the satisfying drawings! We hope to obtain your trust and affirmation with our speciality and sincere.! We treasure every opportunity to cooperate with you !

Fire Resistant LSZH XLPE Insulated Armored Copper Power Cable designed for extreme safety applications requiring fire survival performance, low smoke zero halogen materials, and strong mechanical protection, combining copper conductors, fire resistant insulation, and steel armor, suitable for metro tunnels, airports, data centers, underground facilities, and major infrastructure projects with stringent fire and safety requirements.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 22.4&25.6&28.8kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

22.4&25.6&28.8kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 5015kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

5015kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 77kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

77kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 516kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

516kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 215kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

215kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling System

Zero fire risk: Battery cells are fully submerged in non-conductive dielectric fluid, eliminating thermal runaway propagation.

Superior temperature uniformity: Maintains �±2�°C across all cells, extending cycle life by 50% vs. traditional air or liquid cooling.

Higher energy density: Compact design allows 30% more capacity per square meter.

2. Smart EMS Software Management

Real-time monitoring: EMS with remote control, data analytics, and predictive maintenance alerts.

Multi-mode operation: Supports grid-tied, off-grid, solar self-consumption, and peak shaving modes.

Revenue optimization: Automated arbitrage scheduling based on time-of-use (TOU) electricity rates.
3. Solar-ready Solar Charging & Dual EV Ports

Solar-ready: Direct PV connection for clean energy storage and vehicle charging.

2 EV charging ports: Simultaneous charging for two electric vehicles


4. Containerized BESS Design

Plug-and-play: Pre-assembled in a standard container with integrated BMS, PCS, and EMS.

Scalable: Parallel multiple units for MWh-scale commercial energy storage or industrial container energy storage projects.

Weatherproof design for outdoor installation in extreme environments.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 241kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

241kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 578kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

578kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

Product Introduction
The RG Series (M17/RG Type) Coaxial Cables are high-performance, flexible RF/microwave cables designed for miniature coaxial interconnects. Built with silver-plated copper braid shielding, these cables meet all� MIL-C-17 requirements, offering excellent shielding effectiveness and low Passive Intermodulation (PIM). They are widely used in HF, VHF, and UHF applications, including internal connections in wireless base stations. The series is fully compliant with the RoHS� standard. We can also provide tailored OEM/ODM solutions to fit your exact project needs, including various RG series specifications, custom cable lengths, precision connector assembly (SMA, N, BNC, TNC, etc), and specific labeling or packaging options.

Core Features
1. Excellent EMI Protection & Flexibility: Silver-plated copper braided shielding provides strong immunity to electromagnetic interference, while the flexible construction supports tight routing.
2. Superior Mechanical Performance: Durable build quality ensures long-term reliability under repeated bending and mechanical stress.
3. Lightweight & Environmentally Resistant: Low weight combined with high-temperature, moisture, and corrosion resistance for harsh environments.
4. Outstanding Electrical Performance: Excellent shielding, low attenuation, and low VSWR ensure consistent signal integrity across frequencies.

Typical Applications
These versatile RG series cables are widely used in high-performance systems:
1. Wireless & Mobile Communication Systems: Base station interconnects and RF front-ends
2. GPS & Navigation Systems: Antenna feeds and signal distribution
3. Antenna Systems: HF/VHF/UHF antennas and feeder lines
4. Delay Lines & Test Equipment: Precision signal routing and test benches
5. Medical Electronics: Therapeutic and diagnostic RF devices
6. Test & Measurement: Lab instruments, signal analyzers, and calibration setups

Product Introduction
The TRX Series Tri-Shield Coaxial Cables (including TRX-178, TRX-179, TRX-316, TRX-180, TRX-142, TRX-400) are premium-grade RF interconnect solutions engineered for critical applications requiring exceptional signal integrity. The triple-shielded design provides superior protection against electromagnetic interference (EMI), ensuring low noise and stable performance in demanding environments.

Structure:
1. Inner Conductor: Silver-plated Copper Alloy
2. Insulation: PTFE (Polytetrafluoroethylene)
3. Inner Shield: Silver-plated Copper Braid
4. Inner Jacket: FEP (Fluorinated Ethylene Propylene)
5. Outer Shield: Silver-plated Copper Braid
6. Outer Jacket: FEP (Fluorinated Ethylene Propylene)

Core Features
1.Precision PTFE Insulation: Delivers consistent electrical performance, low loss, and high-temperature resistance.
2.High-Density Triple Shielding: Multi-layer braided shields achieve excellent shielding effectiveness, minimizing signal leakage and external interference.
3.Low Noise & High Immunity: Advanced construction resists signal interference, reducing noise and ensuring clean signal transmission.
4.Enhanced Signal Integrity: Optimized design improves data transmission accuracy and long-term stability.

Specification
Model Inner Conductor Insulation (mm) Inner Shield (mm) Inner Jacket (mm) Outer Shield (mm) Outer Jacket (mm)
TRX-178 7/0.10 0.86 1.26 1.88 2.29 2.95
TRX-179 7/0.10 1.60 2.00 2.51 2.92 3.58
TRX-316 7/0.17 1.52 1.93 2.44 2.85 3.56
TRX-180 7/0.102 2.59 3.00 3.51 3.91 4.57
TRX-142 1/0.94 3.00 3.50 4.22 4.72 5.46
TRX-400 19/0.203 3.00 3.45 4.22 4.72 5.46

Typical Applications
These high-performance tri-shield cables are ideal for:
1) RF & Microwave Systems: Transmitters, receivers, and antenna feeds
2) Test & Measurement: High-frequency test benches and signal analyzers
3) Aerospace & Defense: Avionics, radar systems, and military communications
4) Telecommunications: Base stations, broadcast equipment, and high-speed data links
5) Medical Equipment: MRI, RF surgical tools, and diagnostic instruments