- Zhongshan Fangchao New Energy Co., Ltd.
- Focus on the new energy industry, a one-stop energy solution provider
Focus on the new energy industry, a one-stop energy solution provider
Zhongshan Fangchao New Energy Co., Ltd. was established in 2020. The company is a technology-based enterprise specializing in the research and development, production, sales, and service of inverters and energy storage power supplies. Its main products include inverters, hybrid inverters, energy storage power supplies, and other series, mainly serving new materials, emerging information industries, new energy, energy conservation and environmental protection, and new energy vehicles in national strategic emerging industries. At the same time, it has a wide range of applications in communication, smart home appliances, smart meters, high-speed rail, military industry, power and other fields.
Fangchao New Energy has a group of experienced application technology talents who can quickly and accurately understand customers' personalized needs and transform these needs into product requirements. Especially in the areas of inverters, energy storage power supplies, etc., outstanding technical level and high-quality are highlighted, which also gives our customers an advantage in key competitive areas
The main applications of inverters in the PV industry include:
Applications in the photovoltaic industry
The applications of inverters in the PV industry mainly include:
1. supply loads: inverters in off-grid PV systems convert DC power into AC power for use by domestic, commercial or industrial loads.
These loads may include lighting, home appliances, air conditioners, electric motors, and so on.
2. Energy storage system tie-in: Off-grid PV systems often include battery storage equipment, where the inverter can store excess power
in batteries for use when the PV panels are not generating enough power, such as at night or on cloudy or rainy days.
3. Maximum power tracking (MPPT): Many off-grid inverters have a maximum power tracking function, which dynamically adjusts the
operating state according to the real-time output of the PV panels in order to obtain the maximum power output.
4. Stabilized Voltage Output: The inverter ensures stable output voltage with low distortion through the Sinusoidal Pulse Width Modulation
(SPWM) technology, which meets the voltage quality requirements of AC loads.
Inverters play a vital role in caravanning:
DC to AC: Caravans are usually equipped with batteries which store DC power. The role of an inverter is to convert this DC power into AC power,
enabling household appliances in the caravan, such as TVs, fridges, air conditioners, microwave ovens, etc., to work properly.
With an inverter, the caravanner can use all kinds of AC appliances without an external power source. This means that travellers can enjoy electricity in campsites,
in remote mountainous areas or by the sea without being restricted by the electricity grid.
Camping life: When camping, inverters can provide campers with the power they need for lighting, cooking, heating, entertainment and more,
greatly enhancing the comfort of the camping experience.
Outdoor activities: Outdoor activities such as barbecues and picnics may require the use of electrical appliances such as electric grills and electric kettles,
and the inverter can provide the necessary power for these devices.
Emergencies: In case of emergencies, such as vehicle breakdowns, bad weather, etc., inverters can provide power support for communication equipment,
emergency lighting, etc.
Self-drive adventures: During self-drive adventures, travellers may enter areas where there is no external power supply, and inverters allow travellers
to use electrical devices in these areas.
In the medical industry, the role of inverters is particularly critical, mainly in the following aspects:
Providing AC power for medical equipment: Medical equipment such as ventilators, defibrillators, monitors, etc. usually require AC power to function properly.
Charging function: inverters can also convert external power sources (e.g. engine generators, solar cells, etc.) into AC power suitable for charging ambulance batteries.
Application of high-frequency inverter power supply: In medical equipment, high-frequency inverter power supply is widely used in medical imaging equipment,
operating theatre equipment, monitoring instruments and so on.
In summary, the application of inverters in the medical industry is not only limited to providing the necessary power support for medical equipment,
but also includes improving the emergency response capability of the equipment to ensure stable operation, thus ensuring the safety of patients in emergency situations
The main applications of inverters in the environmental industry are in the power sector, oil and gas extraction, building materials manufacturing and coal industry.
In the power sector, inverters play an indispensable role in the global power supply.
Oil and gas extraction: In oil and gas exploration and extraction, inverters provide power support for various load-type motors, such as gas compressors,
water injection pumps and so on.
Building Materials Manufacturing: In the building materials industry, inverters are widely used in motor equipment such as crushers and blowers.
Coal industry: In coal production, inverters are used to improve the automation level of mines.
In short, with their excellent adjustability and adaptability, inverters are used in the environmental protection industry to optimise equipment performance and
reduce energy consumption, and have become an indispensable and important part of modern industry.
The main applications of inverters in the energy sector include:
1.Power sector
2.Oil and gas extraction
3.Construction material manufacturing
4.Coal industry
5.Solar power generation system
Inverters have become an important and indispensable part of modern industry due to their excellent adjustability and adaptability to
optimise equipment performance and reduce energy consumption in many fields.
Inverters are widely used in special vehicles:
Lightweight and integration: The design of modern special vehicles focuses more and more on lightweight and a high degree of integration.
High-frequency inverters not only reduce volume and weight, but can also be integrated with other electronic systems in the vehicle to improve overall performance.
-Specialised vehicles: Inverters in specialised vehicles are able to operate stably in extreme environments and provide the necessary power support for the vehicle's electronic equipment,
including communication systems, navigation systems and weapon systems.
-Fire trucks: Inverters in fire trucks can be used to drive pumping systems, ensuring that water is supplied to the fire quickly and efficiently, as well as powering
the vehicle's lighting and communications systems.
Inverters are widely used in the electronics industry, mainly in the fields of household electricity, industrial electricity and traffic electricity.
In terms of household electricity, inverters are mainly used in solar power generation systems to convert DC power generated by solar panels into AC power
to supply power to household appliances such as lamps, TVs, fans, washing machines and so on.
In traffic power, inverters are used in the monitoring system of railway system.
The application of inverters not only improves the efficiency and stability of electricity consumption, but also promotes the use of renewable energy sources such as solar and wind.
By converting the direct current generated by these energy sources into alternating current, inverters provide reliable power support for a variety of devices and systems.
The application of inverters in lorries and construction vehicles mainly includes the following aspects:
1. Providing AC power to vehicles
2.To supply power for audio system, power tools, heater/air conditioner
Through the inverter to effectively solve the AC power problem of the vehicle, to provide reliable power supply for on-board power supply.
The main applications of inverters in the PV industry include:
Applications in the photovoltaic industry
The applications of inverters in the PV industry mainly include:
1. supply loads: inverters in off-grid PV systems convert DC power into AC power for use by domestic, commercial or industrial loads.
These loads may include lighting, home appliances, air conditioners, electric motors, and so on.
2. Energy storage system tie-in: Off-grid PV systems often include battery storage equipment, where the inverter can store excess power
in batteries for use when the PV panels are not generating enough power, such as at night or on cloudy or rainy days.
3. Maximum power tracking (MPPT): Many off-grid inverters have a maximum power tracking function, which dynamically adjusts the
operating state according to the real-time output of the PV panels in order to obtain the maximum power output.
4. Stabilized Voltage Output: The inverter ensures stable output voltage with low distortion through the Sinusoidal Pulse Width Modulation
(SPWM) technology, which meets the voltage quality requirements of AC loads.
Inverters play a vital role in caravanning:
DC to AC: Caravans are usually equipped with batteries which store DC power. The role of an inverter is to convert this DC power into AC power,
enabling household appliances in the caravan, such as TVs, fridges, air conditioners, microwave ovens, etc., to work properly.
With an inverter, the caravanner can use all kinds of AC appliances without an external power source. This means that travellers can enjoy electricity in campsites,
in remote mountainous areas or by the sea without being restricted by the electricity grid.
Camping life: When camping, inverters can provide campers with the power they need for lighting, cooking, heating, entertainment and more,
greatly enhancing the comfort of the camping experience.
Outdoor activities: Outdoor activities such as barbecues and picnics may require the use of electrical appliances such as electric grills and electric kettles,
and the inverter can provide the necessary power for these devices.
Emergencies: In case of emergencies, such as vehicle breakdowns, bad weather, etc., inverters can provide power support for communication equipment,
emergency lighting, etc.
Self-drive adventures: During self-drive adventures, travellers may enter areas where there is no external power supply, and inverters allow travellers
to use electrical devices in these areas.
In the medical industry, the role of inverters is particularly critical, mainly in the following aspects:
Providing AC power for medical equipment: Medical equipment such as ventilators, defibrillators, monitors, etc. usually require AC power to function properly.
Charging function: inverters can also convert external power sources (e.g. engine generators, solar cells, etc.) into AC power suitable for charging ambulance batteries.
Application of high-frequency inverter power supply: In medical equipment, high-frequency inverter power supply is widely used in medical imaging equipment,
operating theatre equipment, monitoring instruments and so on.
In summary, the application of inverters in the medical industry is not only limited to providing the necessary power support for medical equipment,
but also includes improving the emergency response capability of the equipment to ensure stable operation, thus ensuring the safety of patients in emergency situations
The main applications of inverters in the environmental industry are in the power sector, oil and gas extraction, building materials manufacturing and coal industry.
In the power sector, inverters play an indispensable role in the global power supply.
Oil and gas extraction: In oil and gas exploration and extraction, inverters provide power support for various load-type motors, such as gas compressors,
water injection pumps and so on.
Building Materials Manufacturing: In the building materials industry, inverters are widely used in motor equipment such as crushers and blowers.
Coal industry: In coal production, inverters are used to improve the automation level of mines.
In short, with their excellent adjustability and adaptability, inverters are used in the environmental protection industry to optimise equipment performance and
reduce energy consumption, and have become an indispensable and important part of modern industry.
The main applications of inverters in the energy sector include:
1.Power sector
2.Oil and gas extraction
3.Construction material manufacturing
4.Coal industry
5.Solar power generation system
Inverters have become an important and indispensable part of modern industry due to their excellent adjustability and adaptability to
optimise equipment performance and reduce energy consumption in many fields.
Inverters are widely used in special vehicles:
Lightweight and integration: The design of modern special vehicles focuses more and more on lightweight and a high degree of integration.
High-frequency inverters not only reduce volume and weight, but can also be integrated with other electronic systems in the vehicle to improve overall performance.
-Specialised vehicles: Inverters in specialised vehicles are able to operate stably in extreme environments and provide the necessary power support for the vehicle's electronic equipment,
including communication systems, navigation systems and weapon systems.
-Fire trucks: Inverters in fire trucks can be used to drive pumping systems, ensuring that water is supplied to the fire quickly and efficiently, as well as powering
the vehicle's lighting and communications systems.
Inverters are widely used in the electronics industry, mainly in the fields of household electricity, industrial electricity and traffic electricity.
In terms of household electricity, inverters are mainly used in solar power generation systems to convert DC power generated by solar panels into AC power
to supply power to household appliances such as lamps, TVs, fans, washing machines and so on.
In traffic power, inverters are used in the monitoring system of railway system.
The application of inverters not only improves the efficiency and stability of electricity consumption, but also promotes the use of renewable energy sources such as solar and wind.
By converting the direct current generated by these energy sources into alternating current, inverters provide reliable power support for a variety of devices and systems.
The application of inverters in lorries and construction vehicles mainly includes the following aspects:
1. Providing AC power to vehicles
2.To supply power for audio system, power tools, heater/air conditioner
Through the inverter to effectively solve the AC power problem of the vehicle, to provide reliable power supply for on-board power supply.
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