The ZGT-300 mobile power generation, drainage and lighting pumping station of Zhongguantai brand is an integrated emergency rescue equipment developed by Huangshan Zhongguantai Special Equipment Co., Ltd. It is carried on a trailer and integrates three core functions of drainage, power generation and lighting. It is specially designed for municipal emergency, flood control rescue, engineering operations and other scenarios. It features efficient integration, flexible mobility and convenient operation, and is a comprehensive solution for dealing with complex drainage demands.

"Core parameters and basic configuration

Basic specifications: Overall vehicle dimensions 5500mm × 2100mm × 2500mm. It adopts a trailer design, equipped with pneumatic tires and 4 adjustable support legs (with mechanical cranks), with a load capacity of 2000kg. It can be towed for movement, with a driving speed of 20km/h, and is suitable for various road conditions.

Performance parameters:

Drainage capacity: Large flow mode 3000m3/h (head height 10m), high head mode 900m3/h (head height 35m);

Power generation system: 150kW diesel engine set, supports 220V/380V voltage output (three-phase four-wire system), closed water circulation cooling; Power core: Engine power of 150kW, capable of meeting the full-load operation requirements of the equipment."

"Core System and Performance Advantages

1. Integrated Function Design

It integrates drainage, power generation, and lighting: The drainage system is equipped with 6 portable pumps, compatible with 200mm polyester filament polyurethane water hoses (with stainless steel quick connectors); the power generation system can simultaneously supply power to the drainage equipment and external electrical devices; the lighting system (lighting towers) provides on-site operation lighting, without the need to deploy multiple devices, significantly improving the efficiency of emergency response."

"2. Efficient Drainage and Flexible Adaptation

It supports two operation modes: the high-flow mode can quickly handle urban flooding and large-scale water accumulation; the high-head mode is suitable for drainage scenarios such as foundation pits and tunnels that require high head pressure. The 6 portable water pumps facilitate flexible deployment, and the water hoses are wear-resistant and puncture-proof, capable of adapting to complex water qualities containing particles.

3. Reliable Power and Long-lasting Operation

The 150kW engine set adopts a closed water circulation cooling system, with rain-proof louvers on the exhaust ports, balancing heat dissipation and waterproofing; it supports long-term continuous operation, has low fuel consumption and stable operation, and can meet the continuous power requirements for emergency rescue.

4. Durable Structure and Safety Design

The box body is made of cold-rolled steel, treated with electrostatic spraying for rust prevention, and the interior is made of soundproof and waterproof sealing materials, suitable for harsh environments; the chassis has support legs to ensure stability during operation; the control system interface is intuitive, equipped with multiple protections such as overcurrent, leakage, and overload, ensuring safe and reliable operation."

"Application scenarios:

Municipal emergency response: Urban flooding, underground garage water backflow, road water drainage, rapid restoration of traffic and infrastructure operation.

Engineering operations: Foundation pit excavation, groundwater drainage during tunnel construction, ensuring project progress.

Flood control and rescue: Large-scale water drainage during flood disasters, reducing property losses.

Agriculture and water management: Drainage and irrigation in farmland, fishpond breach rescue, wastewater treatment in water plants.

Firefighting and rescue: Remote water supply support for large-scale fire rescue, clearing isolation belts and providing water supply support in forest fire prevention.

This vehicle, through a highly integrated design, balances the requirements of large flow drainage, stable power generation and flexible mobility, providing ""one-stop"" equipment support for multiple emergency rescue scenarios. It is a key equipment for improving emergency response efficiency."