Product Overview

The 800kW diesel generator is a high-capacity power solution engineered for reliable standby and prime power applications. Designed to perform in demanding environments, it delivers stable output and rapid response, making it ideal for facilities where continuous power is essential.

Powered by a robust diesel engine and matched with a high-efficiency alternator, the unit ensures consistent voltage and frequency control under varying load conditions. Its advanced control system enables automatic start/stop functions and seamless integration with an automatic transfer switch (ATS), minimizing downtime during power interruptions.

Built with durability in mind, the generator features a heavy-duty structure, efficient cooling system, and optimized fuel consumption, ensuring long service life and reduced operating costs. Optional soundproof enclosures are available for low-noise operation in urban or sensitive environments.

Specification

Category	Item	Specification
General	Model	KCI-800
	Brand	Yangzhou / Kaichen (Standard)
	Manufacturer	Jiangsu Kaichen Power Equipment Co., Ltd.
	Type	Brushless Three-Phase AC Synchronous Alternator
Electrical	Rated Power	800 kW
	Standby Power	880 kW
	Rated Voltage	400/230 V
	Voltage Regulation	AVR (Automatic Voltage Regulator)
	Efficiency	92.4%
	Insulation / Protection	Class H / IP23
	Connection Type	Three-phase, four-wire, Y connection
Performance	Temperature Rise	Class H
	Overcurrent Capacity	3–5 Ie ≥ 5 seconds
	Overload Capacity	3–5 Ie ≥ 5 seconds
	Short-Circuit Current	3× rated current for 2 seconds
	Short-Circuit Capability	3× rated current for 2 seconds
Structure	Winding Material	100% Copper
	Cooling Method	Self-cooling
	Excitation Mode	Self-excited
Interference	THF	< 2
	TIF	< 50

Control Systems in High Voltage Diesel Generators: Precision Monitoring for Optimal Performance

The Role of Control Systems

High voltage diesel generators rely heavily on sophisticated control systems to ensure seamless operation. These systems monitor vital parameters such as fuel levels, engine temperature, voltage output, and load fluctuations. The integration of digital control panels allows operators to monitor these variables in real-time and make adjustments as necessary.

Open Frame Design and Control Accessibility

The open frame design provides a key benefit in terms of accessibility. With no restrictive enclosures, operators can easily access control systems and diagnostic panels, allowing for quick adjustments and troubleshooting. The ease of access to these control systems helps to streamline the generator's overall performance and reduce downtime.

Advanced Digital Control Panels

Modern high voltage diesel generators are equipped with advanced digital control panels that offer features like remote monitoring, automatic voltage regulation (AVR), and fault detection. These systems not only improve the operational efficiency of the generator but also enhance safety by detecting issues before they lead to failure. The open frame design allows these panels to be mounted in a central location for easy access.

Real-Time Monitoring and Protection

Through real-time monitoring, control systems in high voltage generators can detect deviations in performance and trigger protective actions, such as shutting down the system in case of a fault. This level of control ensures that the generator operates within safe limits, extending its life and preventing costly repairs.

South Asian Agriculture and Aquaculture - Power Sources

For farming irrigation, grain‑processing plants, and extensive aquaculture facilities, reliable electricity drives essential pumps, oxygenation equipment, and cooling units. Unfortunately, many such areas face poor grid coverage or inconsistent power, harming agricultural and aquatic outputs. We offer generator sets that are economical and durable, engineered for dependability, ease of operation, and low upkeep. We support these with visual operation guides in several languages and foundational remote training via video, ensuring the equipment can operate reliably over the long term in agricultural settings.

Southeast Asian Island Resort - Lone Grid Power Supply

We need to implement a complete energy solution for a new island tourism resort that has no access to mainland power. Continuous electricity must be provided for guest lodgings, food and beverage outlets, desalination processes, sewage treatment, and cooling systems.
Building a self-contained microgrid typically starts with diesel generators as the foundation. It is standard to install several units operating in parallel to ensure continuous base load coverage. To reduce high fuel logistics costs and noise levels, many such systems now incorporate solar photovoltaic generation, creating a hybrid setup where generators are activated mainly at night or when loads peak.