Quality Production and After-Sales Services Based on Local Knowledge and Global Standards.
Fast, Accurate, and Knowledge-Based.
Quality Production and After-Sales Services Based on Local Knowledge and Global Standards.
Fast, Accurate, and Knowledge-Based.
The generator and charger control device is one of the essential components in power supply systems, playing a crucial role in the generation and management of electricity. The generator, in essence, is a device that converts mechanical energy into electrical energy and is used when there is a need to supply power in remote locations or during emergency situations. On the other hand, control devices help manage and regulate the electricity generation process, ensuring that the generator operates efficiently and safely. By monitoring various parameters such as voltage, current, and frequency, and by applying the necessary adjustments, these devices help maintain the stability and quality of the generated power. The combination of a generator and a control device is vital for providing stable and efficient electricity in various industries, residential and commercial buildings, as well as in critical conditions.
Generator control based on the battery voltage level set by the user
Generator control based on the city AC voltage level set by the user
Generator control within a time range set by the user
The Sooran Service Noyan generator control device, due to its vital role in power generation and management, has a wide range of applications across various industries. These devices are used in power plants, emergency backup systems, power supply for remote areas, as well as in construction and manufacturing industries.
The generator and charger control device offers numerous features, some of the main ones are as follows:
Energy Conversion: The generator converts mechanical energy into electrical energy.
Voltage and Frequency Control: The control unit continuously monitors and regulates the generator’s output voltage and frequency to maintain standard levels.
Stability and Safety: The device is equipped with protection systems that prevent fluctuations and potential issues, ensuring reliable and safe operation.
Remote Control Capability: Many modern devices support remote monitoring and control, a particularly valuable feature for large-scale and industrial applications.
Performance in Various Conditions: Generators operate effectively under different weather conditions and serve as backup power sources during outages.
Common Applications: These devices are widely used in hospitals, data centers, production workshops, commercial centers, and even residential buildings to provide emergency power supply.
The price of a generator and charger control device is influenced by several key factors, each of which can affect the final cost in different ways. Some of the main factors include:
Output Capacity:
One of the most important factors is the generator’s output or production capacity. Generators with higher power output and the ability to produce more electricity are generally more expensive.
Fuel Type:
The type of fuel the generator uses has a direct impact on its price. Diesel, gas, and gasoline generators each have their own advantages and disadvantages and are priced differently.
Quality and Brand:
Reputable brands usually offer higher-quality devices with better after-sales service, which can increase the overall cost of the generator.
Advanced Features:
Generators and control devices equipped with advanced features such as smart control, remote monitoring, or more complex protection systems tend to have higher prices.
Size and Application:
Larger, industrial generators designed for heavy-duty applications are naturally more expensive than smaller, home-use models.
These factors collectively contribute to price variations among different types of generator and control devices, and depending on your needs and budget, a wide range of options is available in the market.
When purchasing a generator and charger control device, there are several key points to consider to ensure that you select a model suitable for your specific needs:
Power Capacity:
The first and most important step is to determine your power requirements. Calculate the total amount of electricity you need and choose a generator with sufficient capacity. A generator that lacks the necessary output will not operate efficiently.
Fuel Type:
The type of fuel the generator uses is crucial. Diesel, gas, and gasoline generators each have their own advantages and disadvantages. Choose the fuel type based on running costs and availability in your area.
Size and Space Requirements:
Generators come in various sizes. Make sure you have enough space for installation, and that the generator’s weight and dimensions are compatible with your environment.
Brand and Quality:
Reputable brands typically offer stronger warranties and better after-sales support. Choosing a well-known brand provides greater assurance of durability and reliable performance.
Control and Monitoring System:
Modern generators are often equipped with advanced control systems that allow precise monitoring and configuration. Ensure that your chosen model includes a suitable control interface for your needs.
Portability and Installation:
Some generators are designed for permanent installation, while others are portable. Depending on your usage, select a model that offers ease of setup and mobility if needed.
Noise Levels:
If you plan to use the generator in residential or populated areas, consider the noise output. Low-noise generators are more suitable for such environments.
Running Time:
Generators with longer continuous operation capability are better suited for extended use. Make sure the running time of the device aligns with your operational requirements.
• Ability to operate in both automatic and manual modes
• Measurement of key generator parameters (output voltage, oil pressure sensor, alternator output, temperature sensor)
• Measurement of essential battery parameters during charging (voltage and charging current)
• Measurement of battery charging current using a shunt on the negative terminal or a Hall-effect sensor in the charging path
• Measurement of mains voltage in three-phase or single-phase mode
• Measurement of mains frequency in single-phase mode
• Measurement of AC current from mains and generator output using a Hall-effect sensor or CT current transformer
• Control of gasoline and diesel generators (generator type and stop mode adjustable by the user through hardware settings)
• Two configurable shutdown methods: shorting the spark plug terminal (for gasoline engines) or closing the fuel valve (for diesel engines)
• Heater output for diesel generators before starting command execution
• Input voltage protection against overvoltage
• Measurement of generator fuel tank level in three discrete stages
• Adjustable generator start command delay (0–10 seconds)
• Adjustable voltage and current thresholds for both battery and generator to optimize system performance under varying conditions
• Adjustable sensor calibration coefficients for accurate measurement and output tuning
• User interface with graphical display and four control keys
• Monitoring and control software for Windows
• System error display and logging on screen and in software
• Recording of current generator runtime and total operating hours since the GCM control system was first installed on the generator
• Ability to communicate with software via LAN and serial connection
• Capability to receive generator start and stop commands through DTMF telephone line signals
• Optional LAN and DTMF converter modules can be installed on the control board if required
• Ability to configure IP and other network communication parameters through software
• Password protection required for sending configuration settings to each hardware unit
In conclusion, as mentioned earlier, selecting and using the right generator and charger control device not only fully meets your electrical needs but also helps prevent issues caused by power fluctuations and outages. These devices, with their high efficiency, adaptability to various environments, and advanced control capabilities, have become one of the key components in ensuring a stable power supply.
By considering important factors such as capacity, fuel type, brand, and maintenance costs, you can make an informed decision that meets both your current and future requirements. Therefore, seeking advice from qualified experts is highly recommended.
In this regard, the experienced specialists at Sooran Service Noyan are fully prepared to assist and guide you in choosing the most suitable solution for your needs.
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