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Home > Products > On Grid Solar System >
On Grid Solar Power System with Lifepo4 Battery and IP66 Protection for Sustainable Energy Under 5W Internal Consumption

On Grid Solar Power System with Lifepo4 Battery and IP66 Protection for Sustainable Energy Under 5W Internal Consumption

Brand Name:

Greef

Certification:

CE

Model Number:

Wind Solar System

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Product Details
Installation Site:
Outdoor
Work Mode:
On Grid Mode, Off Grid Mode,hybrid Mode
Certifications:
IEC, CE, UL Certified
Net Metering:
Yes
User Interface:
LED, Bluetooth+APP
Mounting Type:
Ground Mounting
Internal Consumption:
<5W
Protection Degree:
IP66
Payment & Shipping Terms
Minimum Order Quantity
1Set
Price
Negotiable
Packaging Details
Foam+plywooden Case
Delivery Time
25 Working Days
Payment Terms
T/T,Western Union,MoneyGram,L/C
Supply Ability
Supply Ability
Product Description
Internal Consumption Below 5W On Grid Solar Power System With Lifepo4 Battery Type
On Grid Solar Power System with Lifepo4 Battery and IP66 Protection for Sustainable Energy Under 5W Internal Consumption 0
System Overview

A wind-solar hybrid system represents an advanced energy solution that intelligently integrates wind power generation with solar photovoltaic (PV) technology. This combination leverages the strengths of both sources to form a more efficient and reliable power generation system.

The fundamental advantage of this hybrid system lies in its complementary nature—the ability of one energy source to compensate for the other when it is less productive. By merging these two renewable energy technologies, the system can deliver a stable and continuous power supply throughout the year in many locations or during particular timeframes.

Essentially, it operates like a "power generation backup system." On bright and sunny days, the solar PV panels primarily produce electricity, whereas during nighttime or during cloudy, windy conditions, the wind turbines take over the energy production. This dynamic cooperation significantly enhances the overall reliability and efficiency of the power supply.

Key Features
  • Enhanced Stability: Natural complementarity of wind and solar power across day/night cycles and seasonal variations improves reliability. Research shows 15% reduction in power output fluctuations, 63% lower fluctuation rate, and 70% less intermittency compared to wind-only systems.
  • Strong Environmental Adaptability: Not limited by geographical constraints; effective in remote mountainous regions, islands, high plateaus, and deserts without grid connectivity. Ideal for border posts, field exploration sites, and remote facilities.
  • Economic & Environmental Benefits: Saves energy, reduces emissions, and generates substantial economic returns through long-term operation. Example projects demonstrate significant coal savings and CO₂ emission reductions.
System Components
Component Function
Wind Turbine Captures wind energy and transforms it into electrical power, operating continuously during nighttime or adverse weather conditions
Solar PV Array Consists of multiple solar panels that convert solar energy into electricity throughout daytime hours
Intelligent Controller Manages distribution of wind and solar power, oversees battery charging/discharging processes to prevent overcharging and prolong battery lifespan
Battery Bank Stores surplus electricity generated by wind turbine and solar PV array to ensure stable power supply during insufficient generation periods
Inverter Converts DC electricity stored in batteries into AC power compatible with household appliances and industrial equipment
Technical Considerations
  • High Initial Investment: Substantial costs for equipment purchase and installation can be a barrier to widespread adoption
  • Resource Dependence: Power generation depends on local wind and solar availability; viability decreases in low-resource regions
  • Technical Challenges: Component durability and lifespan improvements needed; advanced control systems still under development
  • Space Requirements: Substantial land or sea areas needed for efficient energy capture, potentially conflicting with other land uses
Customization Options

Brand: Greef | Model: Wind Solar System | Origin: China | Certification: CE

Our Grid Coupled Solar Setup offers exceptional customization services tailored to specific energy needs for various outdoor installation sites.

  • Power Output: 5 KW to 5000 kW range for small-scale and large-scale requirements
  • User Interface: LED indicators with Bluetooth+APP connectivity for easy monitoring and control
  • Battery Options: Lifepo4 and Lead Acid Gel Battery options available
  • Protection Rating: IP66 for ideal outdoor environment performance
  • Packaging: Foam and plywooden cases for safe delivery
  • Order Details: Minimum order quantity 1 set, negotiable pricing, 25 working days delivery
  • Payment Terms: T/T, Western Union, MoneyGram, and L/C
Ratings& Review

Overall Rating

5.0
Based on 50 reviews for this supplier

Rating Snapshot

The following is the distribution of all ratings
5 stars
100%
4 stars
0%
3 stars
0%
2 stars
0%
1 stars
0%

All Reviews

B
B*n
Sweden Oct 17.2025
My farm is 30 kilometers from town, and connecting to the power grid would cost a fortune. Three years ago, I installed a solar panel system with a battery bank. It was sufficient during spring, summer, and fall, but in winter, we often had a week of consecutive overcast days—and the batteries would run out in just three days. Last year, I decided to add a variable-pitch wind turbine, connected it to the AC coupling port of the Deye inverter, and set up a hybrid solar-wind system. Throughout the entire winter, the battery level never dropped below 45%, and I never had to work in the dark again. The Deye app allows me to monitor both the solar and wind turbine data simultaneously, and the transition between them is so smooth it’s almost imperceptible. Relying solely on solar power during winter on a Nordic farm is a gamble. Only by combining a variable-pitch wind turbine with a Deye inverter—creating a wind-solar hybrid system—can you get through the winter with peace of mind.
E
E*c
France Jul 17.2025
Since installing this variable-pitch wind turbine, the battery hasn’t run low again. Before, I used to worry whenever we had consecutive overcast days and light winds in the winter, but now it can even charge the battery in low winds. Best of all, it doesn’t suddenly start screeching during gusts, so it doesn’t disturb my family’s sleep. The installer also mentioned that variable-pitch turbines are easier to calibrate than fixed-pitch ones. I give it five stars!
J
J*n
Norway Apr 8.2024
I run a small dairy farm in northern Norway, far from the power grid. A few years ago, I installed solar panels and a Deye inverter, but the solar system basically stops working in winter, and the diesel generator was costing me a fortune. This year, I added this variable-pitch wind turbine and connected it to the Deye inverter for a hybrid solar-wind system, and we haven’t had a single power outage all winter. This wind turbine starts up at low wind speeds of just 2–3 on the Beaufort scale. During blizzards, the blades automatically pitch down to slow the turbine, preventing runaway speeds, and it’s much quieter than my neighbor’s fixed-pitch model. The Deye inverter’s switching logic is smart—it prioritizes solar power when available, and automatically switches to the wind turbine when solar output drops. It’s all clearly visible on the app. Now, the diesel generator is practically idle. Wind and solar backing each other up—that’s true off-grid freedom.

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