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Motion Sensor 6m Solar Street Light with LED All-in-One Home Garden Lighting
Power | 300w(real power 12w) | 400w(real power 18w) | 500w(real power 25w) |
Number of modules | 3 modules | 4 modules | 5 modules |
Solar Panel(Mono) | 5V/30W | 5V/40W | 5V/50W |
Battery Capacity | LiFePO4 3.2V/30AH | LiFePO4 3.2V/45AH | LiFePO4 3.2V/60AH |
Solar panel dimension | 670*240*3MM | 900*240*3MM | 1100*240*3MM |
Lamp Size | 674*244*123MM | 904*244*123MM | 1104*244*123MM |
LED Q'ty | 96pcs | 128pcs | 160pcs |
Lamp Source | 5050SMD | 5050SMD | 5050SMD |
Lumen | 2160LM士5% | 3240LM士5% | 4500LM士5% |
Light Effect | 180LM/W士5% | 180LM/W士5% | 180LM/W士5% |
Advantages of galvanized sheet solar street light:
1. Cost advantage: lower material and manufacturing threshold
(1) The cost of raw materials is significantly reducedThe cost of galvanized sheet (hot-dip galvanized steel sheet) as a
raw material is typically 30%-50% lower than that of aluminum
alloy. Take Q235 galvanized sheet, for instance: its price per ton
is approximately 4,000-6,000 yuan, whereas the price of 6063
aluminum alloy profiles per ton can reach 18,000-25,000 yuan. This
cost difference is directly reflected in the price of end products,
meaning the overall price of galvanized sheet street lamps can be
reduced by 20%-40%. As such, they are more suitable for municipal
projects with limited budgets or markets in developing countries.
(2) The processing technology is simple, and the cost of mass
production is manageable.
Galvanized sheet can be shaped through traditional processes like
stamping and welding, with low equipment investment costs and high
production efficiency (for example, the daily output of assembly
lines can reach 2-3 times that of aluminum alloy production). In
contrast, aluminum alloys require extrusion or die-casting
processes, which involve high mold costs (a single set of molds
costs 5-10 times that of galvanized sheet molds) and pose greater
difficulties in processing complex structural components. This
leads to a sharp increase in costs for small-batch production.
2. Structural strength: more suitable for heavy loads and harsh
environments
(1) Superior impact resistance and wind load endurance
The tensile strength of galvanized sheet (375-500MPa) surpasses
that of most aluminum alloy profiles (the tensile strength of 6063
aluminum alloy is approximately 190MPa), making it particularly
well-suited for coastal typhoon zones or windy, sandy regions. For
instance, a 1.5mm-thick galvanized sheet lamp pole can withstand
wind speeds of 40m/s (equivalent to a Category 14 typhoon), whereas
an aluminum alloy pole of the same thickness would need to be
increased to over 2.5mm to achieve the same level of strength,
resulting in higher costs.
(2) Exceptional vibration resistance and deformation resilience
In areas with heavy traffic or unstable geology (such as alongside
highways and railways), the rigid structure of galvanized sheet
street lamps is less likely to experience loose connectors or pole
bending due to long-term vibration. In contrast, aluminum alloy has
a low elastic modulus (around 70GPa, compared to 210GPa for
galvanized steel), and prolonged vibration may cause wear to bolt
holes, compromising stability.
3. Corrosion resistance: a long-term advantage in specific
scenarios
(1) Electrochemical protective properties of the hot-dip galvanized
coating
The zinc coating (with a thickness of ≥85 μm) on the surface of
galvanized sheets undergoes preferential oxidation in humid
environments, forming a zinc oxide protective layer. Even if the
coating is partially damaged, it prevents the steel sheet from
rusting through the "sacrificial anode" mechanism. For example,
galvanized sheet street lamps can have a service life of 15-20
years in industrially polluted areas or coastal high-salt-spray
environments. In contrast, untreated aluminum street lamps may
suffer from surface chalking within 5-8 years due to galvanic
corrosion (a reaction between aluminum alloys and chloride ions in
the air).
(2) Reduced maintenance expenses
When the galvanized coating is damaged, it can be repaired by
applying zinc-rich paint, with costs approximately one-third of
those for aluminum alloy surface treatments (such as anodizing
repairs). However, if the oxide film of aluminum alloys is damaged,
the entire component needs to undergo re-anodizing, which is both
costly and technically complex.
4. Recycling and environmental protection characteristics
(1) Greater metal recyclability
The steel in galvanized sheets can be fully recycled and remelted,
with the recycling process consuming only one-fifth of the energy
required for aluminum alloy recycling (approximately 2.5MJ per
kilogram for steel recycling versus 12MJ per kilogram for aluminum
alloy). For environmentally aware European and American markets,
galvanized sheet street lamps are more likely to obtain ISO 14001
certification and meet green procurement criteria.
(2) Lower disposal costs
The anodized films or spray coatings on aluminum alloy surfaces may
emit harmful gases during incineration. In contrast, the combustion
product of the zinc layer in galvanized sheets is zinc oxide, which
has lower toxicity and better complies with environmental
protection regulations.