Digital Camera Telescopic Mast Mobile Surveillance Solar Trailer Temporary Monitoring System
Mobile solar trailer generator with security camera specification：
Base System
Brand:BIGLUX
Name:Solar Trailer Tower
Model: HS4601G-6M
Material:Steel Q235
Powder:Outdoor Type
Dimension:Length×Width×Height
1750×1450×1100 (mm)Transport
2750×2450×6200 (mm)Operate
Weight:650kg / 1433lb
System Voltage:DC12V
Work Temperature:-35℃~50℃ / -31℉~122℉
Solar System
Solar Panel:1 × 460W Monocrystalline Silicon
Battery System
Battery GEL:2 × 200Ah
Free-main
Deep-cycle
Voltage:DC12V
Series & Parallel:2 in series, then parallel
Power Capacity:4800W·h
CCTV System
Box:Square type
Device:Switch
Control System
Solar Controller: MPPT,Hybrid 30A
Efficiency:95%+
Detection & Protection:
Short-Circuit
Overload
High Voltage
High Temperature
Timer:Dusk & Dawn
Whole Machine:
Battery Isolator
Device on-off
Mast System
Body:Aluminum Alloy 6063 Hard Anodized
Type:Round Telescopic
Height：6m / 20ft
Section:4
Spring Cable:2 × Cat6 + 2 × Power Supply
Lifting Method: Manual Winch
Recommended Loading:5kg ~ 50kg / 11lb ~ 110lb
Windproof:117km/h / 73mph
Trailer System
Standard:US / AU / EU
Tow Hitch:50mm / 2'' Ball Type
Trailer Light:7 Pin
Axle:Single Suspension
Forklift Hole:2
Outrigger:4 × Manual Galvanized
Warranty:2 years
Marketing News
Renewable energy storage uses zinc-cerium oxidation to release electricity
Scientists in Hong Kong have designed a battery made of zinc and cerium. They claim to have resolved the incompatibility problem caused by these two elements. The unit achieved an average efficiency of 94% during cycling.
Researchers at the City University of Hong Kong have developed a battery based on zinc (Zn) and cerium (Ce), which they claim could be an ideal solution for renewable energy storage due to the flexibility of its design.
"Zinc-cerium flow batteries have the advantages of moderate cost and high energy density, but low efficiency," the researcher said in an interview. Therefore, we propose a new battery design to improve its efficiency and stability."
The cell has two membranes that separate incompatible ions from the two electrolytes. Scientists separate incompatible ions while customizing charge carriers for those compatible with the electrolyte. In addition, the design can achieve high and stable efficiency while protecting the zinc half cell from hydrogen ion poisoning.
Ce electrolyte is highly oxidized, which poses a challenge to the stability of anionic membrane. Therefore, the stability and selectivity of anionic membrane need to be further improved.
"We conclude that zinc electrolytes with highly reversible galvanizing/zinc extraction and inhibition of hydrogen evolution form the basis for high efficiency," the scientists said.
"The flexibility of the system design and the advantages of security will open up many opportunities for development. Such cells can be easily scaled up to meet the diverse needs of solar energy storage." These storage systems are promising due to the low cost and abundance of zinc. However, metal zinc deposition presents new challenges, such as the limited electrode space for zinc deposition, the actual energy density is reduced compared to the theoretical energy density, and zinc dendrites may penetrate the membrane."
"This work addresses the incompatibility problem by designing a dual-film Zn-Ce RFB that demonstrates stable and repeatable cycling performance, thereby restoring the potential of Zn-Ce RFB as a high-power density rechargeable battery," the scientists said.
BIGLUX has a variety of different solar power products, if you are interested, please feel free to contact us. Or click here to have direct access to our website at www.bigluxled.com to get the right solution.
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