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100kVA Vectronic Online UPS
Profie: Tower
Range: 100kVA
Voltage: 400Vac
Frequency: 50Hz₦16,000,000.00₦18,000,000.00100kVA Vectronic Online UPS
₦16,000,000.00₦18,000,000.00
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10kVA Vectronic Online UPS FS Series
Profie: Tower
Range: 10kVA
Voltage: 400Vac
Frequency: 50Hz₦1,500,000.00₦2,000,000.0010kVA Vectronic Online UPS FS Series
₦1,500,000.00₦2,000,000.00
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1200VA Vectronic Offline UPS
Description:
Profile: Compact
Rating: 1200VA
Voltage: 220/230Vac
Frequency: 50Hz
In-built AVR: Very Wide Input Range
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12v 2kWH Felicity lithium battery
♦Longer Cycle Life : Offers up to 20 times longer cycle life and five times longer float/calendar life than lead acid battery , helping to minimize replacement cost and reduce total cost of ownership
♦Lighter Weight : About 40% of the weight of a comparable lead acid battery . A ” drop in” replacement for lead acid batteries
♦Higher Power : Delivers twice power of lead acid battery ,even high discharge rate, while maintaining high energy capacity
♦Wider Temperature Range : -20℃~60℃
♦Superior Safety: Lithium Iron Phosphate chemistry eliminates the risk of explosion or combustion due to high impact overcharging or short circuit situation
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15kVA Vectronic Online UPS (C Series with batteries)
Profile: Tower
Rating: 15kVA
Voltage: 220/230Vac
Frequency: 50Hz
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16” Solar Rechargeable Fan
Brand Name: Lontor
Product Type: Standing Fan
Voltage: AC110-230V/50-60Hz
Battery: 12V 4.8Ah rechargeable battery
LED Lights: 12 LEDs
Fan: 3 Speeds Setting
Duration: 30hours for LED strong light
– 120hours for LED dim light
– 5hours for fan in “HIGH” speed function
– 8hours for fan in “MEDIUM” speed function
13hours for fan in “LOW” speed function
Timer: 0.5hour (the working fan will be off automatically after half an hour.)
Size of the fan: 16 inchesSOLAR panel : 20 watts 18 volts ( faster charging compared to 15W and 10W)
₦70,000.00₦100,000.0016” Solar Rechargeable Fan
₦70,000.00₦100,000.00
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2.5KVA 24V Pure sine wave inverter with 80A MPPT
A solar inverter, or converter, or PV inverter converts the variable DC output of a photovoltaic (PV) solar panel into a utility frequency alternating current (AC) that can be an off-grid electrical network. It is a critical balance of system–components in a solar power system, allowing the use of ordinary AC-powered equipment.
