• hisolar@cnhisolar.com
  • +86-13905874507
Request a Quote

Hybrid Solar Inverter 3kw

What is Hybrid Solar Inverter 3kw?

The Hybrid Solar Inverter 3kw is an inverter that combines solar power generation and traditional grid power supply. It can not only convert the DC power generated by solar photovoltaic panels into AC power for home or commercial use, but also connect with battery energy storage systems and the grid to achieve intelligent switching and collaborative work between multiple power sources. 3kw means that its rated power is 3000 watts, which is suitable for the energy needs of small and medium-sized households or small commercial places.

The core advantage of the Hybrid Solar Inverter lies in its versatility and ability to efficiently use energy. It can maximize the use of solar power generation, while automatically switching to battery or grid power supply when there is insufficient light or peak power consumption, ensuring the continuity and stability of power supply. In addition, this inverter also has an energy management function, which can reasonably dispatch electricity according to actual needs and optimize electricity costs.

In general, the Hybrid Solar Inverter 3kw is an intelligent power conversion device that integrates solar power generation, energy storage and grid power supply, providing users with a reliable, efficient and environmentally friendly energy solution.

Hybrid Solar Inverter MPS-V MAX img3

Main functions

The Hybrid Solar Inverter 3kw has a variety of features that make it an ideal energy solution for home and small business users. Here are its main features:

  1. Solar power conversion
    The Hybrid Solar Inverter 3kw converts the DC power generated by solar photovoltaic panels into AC power for home or commercial equipment. This process achieves efficient conversion and utilization of energy through efficient inverter technology.
  2. Energy storage management
    The inverter can be connected to a battery energy storage system to store excess solar power. When solar energy is insufficient or power demand is peak, power can be extracted from the battery to ensure continuity and stability of power supply.
  3. Grid connection
    The Hybrid Solar Inverter 3kw can be connected to the grid to obtain power from the grid when solar energy and energy storage systems cannot meet power demand, ensuring seamless power supply. In addition, it can also feed excess power back to the grid to achieve energy sharing and benefits.
  4. Smart energy management
    The inverter has smart energy management function, which can automatically adjust the power dispatch between solar energy, batteries and the grid according to actual power demand and electricity price, optimize power cost and improve energy efficiency.
  5. Seamless switching function
    Seamless switching between solar energy, energy storage system and power grid ensures stable power supply under any circumstances. This function is particularly suitable for places with high requirements for power stability.
  6. Remote monitoring and management
    Many Hybrid Solar Inverter 3kw have remote monitoring and management functions. Through dedicated monitoring software or mobile phone applications, users can view the system operation status, power production and consumption in real time, and perform remote control for easy management and maintenance.

Application scenarios

The versatility and flexibility of the Hybrid Solar Inverter 3kw make it suitable for a variety of application scenarios. Here are some typical applications:

  1. Home power supply system
    In ordinary households, the Hybrid Solar Inverter 3kw can be used as the main power supply system to meet daily electricity needs through solar power generation, while using the battery energy storage system to provide power support when the sun is insufficient, reducing dependence on traditional power grids and reducing electricity bills.
  2. Small commercial places
    For small shops, offices, small studios and other places, the Hybrid Solar Inverter 3kw provides a stable power supply to ensure the normal operation of business activities. Through intelligent energy management, businesses can effectively control electricity costs and improve operating efficiency.
  3. Rural and remote areas
    In rural and remote areas with incomplete grid coverage, the Hybrid Solar Inverter 3kw can provide a reliable power supply to solve the problem of electricity difficulties in these areas. Through the combination of solar energy and energy storage systems, a continuous and stable power supply is ensured to improve the quality of life of local residents.
  4. Emergency backup power
    In areas with unstable power grids or frequent power outages, the Hybrid Solar Inverter 3kw can be used as an emergency backup power system. In the event of a power outage, it automatically switches to battery power to ensure the continued operation of important equipment and systems, such as home medical equipment, communication equipment, and security systems.
  5. Off-grid power generation system
    For places that need to operate independently of the power grid, such as remote holiday homes, field research stations, and mobile homes, the Hybrid Solar Inverter 3kw provides an independent power solution. Through solar power generation and battery energy storage systems, it can achieve complete off-grid operation to meet the electricity needs of these places.
  6. Environmentally friendly building projects
    In green building and environmental protection projects, the Hybrid Solar Inverter 3kw is an important part of renewable energy solutions to help achieve energy conservation and emission reduction goals. Promote the sustainable development of buildings by maximizing the use of solar energy and optimizing power management.

What to consider when choosing Hybrid Solar Inverter 3kw

When choosing a Hybrid Solar Inverter 3kw, consider the following key factors to help ensure that you choose the product that best suits your needs:

  1. Power requirements
    Determining your actual power requirements is the first step in choosing the right inverter. The 3kw power rating is suitable for small and medium-sized homes or small commercial locations, but the specific power requirements need to be evaluated based on the number and power of your power devices.
  2. Battery compatibility
    Hybrid Solar Inverter usually needs to be used with a battery energy storage system. Make sure that the inverter you choose is compatible with the selected battery type (such as lead-acid batteries, lithium batteries, etc.) and can efficiently manage the battery charging and discharging process.
  3. Grid compatibility
    If you plan to connect to the grid, make sure the inverter meets local grid standards and regulations. Grid requirements may vary in different regions, and choosing products that meet local standards can avoid trouble in future use.
  4. Conversion efficiency
    The conversion efficiency of the inverter directly affects the overall performance and economic benefits of the system. Choosing products with high conversion efficiency can maximize the use of solar power generation, reduce energy losses, and improve the overall benefits of the system.
  5. Intelligent Energy Management Function
    Inverters with intelligent energy management function can automatically adjust the power dispatch between solar energy, batteries and the grid according to the actual power demand and electricity price, and optimize the power cost. Therefore, choosing products with this function can improve the flexibility and economy of the system.
  6. Brand reputation and after-sales service
    Choosing well-known brands and products with good after-sales service can guarantee support and maintenance during use. Understanding the product’s warranty period, after-sales service content and customer reviews are also important factors to consider during the selection process.
  7. Remote monitoring function
    Many modern Hybrid Solar Inverters have remote monitoring and management functions. Through mobile phone applications or special software, users can view the system operation status in real time and remotely control it. Choosing products with this function can facilitate subsequent use and maintenance.
  8. Installation and maintenance costs
    The installation and subsequent maintenance costs of the inverter are also one of the factors that need to be considered. Choosing products that are easy to install and simple to maintain can save time and money and improve the user experience.
  9. Safety
    Ensuring that the inverter has complete safety protection functions, such as overload protection, overheating protection, short-circuit protection, etc., can ensure the safety of system operation and prevent accidental damage and accidents.

How much electricity can Hybrid Solar Inverter 3kw generate?

The amount of electricity generated by the Hybrid Solar Inverter 3kw depends mainly on the following factors:

  1. Power of the solar photovoltaic panel
    The Hybrid Solar Inverter 3kw does not generate electricity directly by itself, but relies on the connected solar photovoltaic panel. Assuming a set of photovoltaic panels with a power of 3 kilowatts is configured, under ideal conditions (i.e. sufficient sunlight, optimized angle and direction of the photovoltaic panels, etc.), the daily power generation can reach: (Summer sunny day: longer sunshine time, an average of 15-20 kWh of electricity may be generated per day.) (Winter sunny day: shorter sunshine time, an average of 10-15 kWh of electricity may be generated per day.)
  2. Geographic location and light conditions
    The light conditions in different regions vary greatly. Areas with sufficient sunlight, such as near the equator or areas with abundant sunlight, will generate higher power. Conversely, areas with insufficient sunlight will generate less power.
  3. Season and weather
    Season and weather conditions have a significant impact on solar power generation. In summer and sunny days, the light duration is long and strong, and the power generation efficiency is high. In winter or on cloudy and rainy days, the sunshine time is short and the intensity is low, so the power generation efficiency is relatively low.
  4. Performance and efficiency of photovoltaic panels
    High-efficiency photovoltaic panels can better convert solar energy into electricity, thereby increasing the overall power generation of the system. The efficiency of photovoltaic panels of different brands and models varies, generally between 15%-22%.
  5. System installation and maintenance
    The installation angle, orientation and regular maintenance of the photovoltaic system will also affect its power generation. The optimal installation angle and orientation can maximize the capture of sunlight and increase power generation. Regular cleaning and maintenance of photovoltaic panels to keep their surfaces clean can avoid reducing power generation efficiency due to dust and debris.
  6. Comprehensive evaluation
    After considering the above factors, the Hybrid Solar Inverter 3kw combined with a set of photovoltaic panels rated at 3 kilowatts can usually generate 10-20 kWh of electricity per day. In a year, based on an average daily power generation of 15 kWh, the annual power generation is about 5475 kWh. This amount of electricity can meet the basic power needs of small and medium-sized households or small commercial places.

Table of Contents

Excellent! share to:

Improve again: high-quality power inverter and energy storage device

Contact us

JingYing New Energy

A leading manufacturer of high-quality inverters and energy storage devices, our company has been providing reliable and innovative solutions for sustainable energy management for three decades.

Whatsapp Youtube Facebook-f Skype Linkedin Instagram

Products

Resources

Contact Info

Request a Quote