Core Systems & Technical Features

1. Ultra-Large-Scale Storage & Multi-Energy Parallel Dispensing System
   The station is equipped with 10,000-cubic-meter class petrol storage tanks and large vacuum-insulated LNG storage tanks, along with multiple sets of high-pressure CNG storage vessel banks, possessing stable, large-scale energy reserve and output capacity. It features multi-nozzle, multi-energy dispensing islands, capable of providing efficient refueling services for petrol, LNG, and CNG vehicles simultaneously. The comprehensive daily service capacity exceeds a thousand vehicle refuels, adequately meeting the concentrated energy supply demands during urban traffic peak periods.
2. Full-Process Intelligent Dispatch & Energy Management Platform
   A station-level smart operation system is built based on IoT and big data analytics, enabling dynamic inventory monitoring, demand forecasting, and automatic replenishment alerts for different energy types. The system can intelligently optimize dispatch strategies for each energy channel based on real-time traffic flow data and energy price fluctuations, while offering customers one-stop digital services such as online, contactless payment, and electronic invoicing.
3. Inherent Safety & Risk Isolation System for Integrated Petrol-Gas Station Scenarios
   The design strictly adheres to the highest safety standards for integrated petrol-gas stations, employing a safety architecture of "spatial isolation, independent processes, and interconnected monitoring":
   • Physical separation of the petrol operation area, LNG cryogenic area, and CNG high-pressure area, with fire and explosion-proof walls and independent ventilation systems.
   • Each energy system is equipped with an independent Safety Instrumented System (SIS) and Emergency Shutdown Device (ESD), featuring station-wide interlocked emergency shutdown functionality.
   • Application of intelligent video analytics, gas leak cloud mapping monitoring, and automatic flame recognition technology enables comprehensive, 24/7 safety surveillance without blind spots.
4. Green Operation & Low-Carbon Development Supporting Design
   The station fully implements vapor recovery, VOC treatment, and rainwater systems and reserves interfaces for charging piles and photovoltaic power generation facilities, laying the groundwork for future to an integrated "petrol, gas, electricity, hydrogen" energy service station. The energy management platform provides real-time carbon emission reduction statistics, supporting the city's goals for transportation and operational carbon neutrality.