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3000W to 4000W Pure Sine Wave Hybrid Solar Inverter For Home Solar System
An inverter is one of the key components of a solar power system that converts direct current (DC) produced by the solar panels into alternating current (AC) for home-based appliances. A solar panel setup with a conventional inverter requires a separate inverter to transform AC to DC, back and forth. However, a solar panel system with a hybrid inverter does not require a separate battery inverter. Interestingly, hybrid inverters can also be installed without batteries.
Brand:: | OSLEDER |
Order(MOQ): | 1 PCS |
Payment: | T/T, L/C, Paypal, Western Union |
Product Origin: | China |
Shipping Port: | Guangzhou, Shenzhen, Shanghai |
Lead Time: | 10-20 Days After Payment Received |
Warranty: | 10 Years Linear Warranty |
Key Features of 3000W to 4000W Pure Sine Wave Hybrid Solar Inverter For Home Solar System:
1. Constant Power Supply:
2. Optimal Utilisation of the Renewable Resource:
A battery system connected to a hybrid system ensures maximum utilisation of the abundant solar radiation on bright sunny days. Therefore, such a system results in optimal usage of solar radiation by storing energy on sunny days and using the stored power when there is an overcast.
3. Low Maintenance:
The Specification of 3000W to 4000W Pure Sine Wave Hybrid Solar Inverter:
Model: | HSI-3KW30A | HSI-3KW60A | HSI-4KW60A | HSI-4KW60A96V |
Rated Capacity: | 3000W(5000VA) | 4000W(6000VA) | ||
Work Mode: | Grid Priority/Battery Priority(optional) | |||
Charge Mode: | PV priority/ PV+Grid(optional) | |||
LCD Display: | Internal and External temperature, record query (fault record), System information query | |||
Max.PV input voltage(Vdc): | 12V (DC18V~DC150V);24V(DC34V~DC150V); 48V(DC65V-150V); 96V(DC130-DC180V) | |||
Max.charge current(A): | 30A | 60A | 60A | 60A96V |
Battery voltage(Vdc): | 24V/48V | 24V/48V | 24V/48V | 96V |
Max.PV input power(W): | 840W/1650W | 1700W/3400W | 840W/1650W | 6800W |
Battery float voltage(Vdc): | 12V(13.75V);24V(27.5V)48V(55V);96V(110V) | |||
Battery equalizing charge voltage(Vdc): | 12V(14.2V); 24V(28.4V);48V(56.8V);96V(113.6V) | |||
Solar storage inverter PV input Voltage range(Vdc): | DC65V-150V | |||
Battery Type: | Lead acid/gel/lithium(optional, factory setting) | |||
Charge Model: | Improve charge ,direct charge, float charge | |||
AC charge current(A): | Standard:0-30A | |||
AC output voltage(Vac): | 110/220/230/240±3% | |||
AC output frequency(Hz): | 50/60±3% | |||
Conversion Efficiency: | ≥85% | |||
Overload Capacity: | 105-120% 30S;120-150% 10S;>150% 5S | |||
Output Wave: | Pure sine wave | |||
Output power factor: | ≥0.8(>30% Load) | |||
Wave form distortion: | ≤3% | |||
Switching time: | ≤4mS | |||
Complete protections: | DC&AC overload,under-voltage,SPD,short-circuit,overcharge,over discharge,over-temperature,ect | |||
Over discharge: | 24V/DC21;48V/DC42V Shut down after alarm | |||
Over charge: | 24V/DC32;48V64V Shut down after alarm | |||
High temperature: | 85° auto shut down after alarm | |||
Short circuit: | Auto shut down | |||
Cooling method: | Fan cooling | |||
Noise[dB]: | <60dB | |||
Operating temperature(℃): | -10 ℃~ 50 ℃ | |||
Environment humidity: | 10% ~ 90%(No condensation)solar pv inverter | |||
Working Elevation(M): | <5000 (>1000m,Derating) |
The Production Process of Hybrid Solar Inverter :
Testimonials
Ease of installation was a key factor when I chose a supplier for our LED light installation. Osleder didn’t disappoint on this. Performance of the lights greatly outshone every expectation that I had, even at a 20% dimmed level activated by the sensors we requested. I would certainly have Osleder as a front-runner for any future LED projects on our sites.
Osleder Lighting delivered a reduction in our energy costs of 78% and the installation looks outstanding. The lighting really is great and I am really pleased with the whole job from start to finish.
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