Introduction
Electricity Flight Simulator is an UAV simulation training software for electric power industry enterprise users that relies on fine modeling and flight control simulation technology to restore the natural real flight experience. Electricity Flight Simulator provides complete solutions for electric power industry enterprise users ranging from basic knowledge learning to simulation training and operation scenario practice.
Application Scenario
Power transmission inspection
220KV Tension Tower
The 220kV Y-shaped tension tower stands at a height of 43 meters and is made of high-strength steel, offering excellent load-bearing capacity. The design span is typically 400 meters, effectively supporting the 220kV high-voltage lines while withstanding significant cable tension and wind loads. Its superior tension performance ensures stability in complex terrain and environmental conditions, making it widely used in high-voltage transmission lines.
220kv linear tower
The 42-meter Cat-type line tower, made of high-strength steel (e.g., Q345), is designed for medium to large-span power lines. With a typical span of 300-400 meters, it effectively supports high-voltage lines and withstands cable tension and wind loads. Its compact, adaptable structure ensures stability and safety across various terrains and climates.
500kv linear tower
The 78-meter Y-shaped line tower, made of high-strength steel, is designed for large-span power lines with a typical span of 500 meters. It effectively supports high-voltage lines, withstands cable tension and wind loads, and ensures stability in challenging terrains and harsh conditions. Its robust structure makes it ideal for long-term use in high-voltage transmission networks.
500kv tension tower
The 70-meter tension tower, made from high-strength steel (such as Q345), is designed for large-span high-voltage transmission lines. With a typical span of 450-500 meters, it effectively supports the lines, withstanding cable tension and wind loads. Its sturdy structure ensures stability in challenging terrains and harsh conditions, providing reliable long-term support for high-voltage networks.
Power distribution network inspection
10 kv tension pole
The 11-meter 10kV tension pole is made of high-strength materials, with a design height of 11 meters and suitable for spans of 100-200 meters. It offers excellent load-bearing capacity and insulation performance, widely used in medium- and low-voltage power lines to ensure stable and safe operation.
10kv double pole substation
The 7-meter 10kV double-pole transformer features a double-pole support structure, with a height of 7 meters, suitable for small to medium load distribution. The transformer capacity ranges from 10kVA to 100kVA, converting 10kV to 380V/220V. widely used in residential and rural areas, offering stability, durability, and excellent corrosion resistance.
10kv t line straight pole
The 8-meter 10kV T-junction line pole has a design height of 8 meters, suitable for 10kV transmission lines. It typically supports spans of 100-200 meters and is built to withstand cable tension and wind loads. Made from materials like steel or concrete, it ensures stable, reliable power distribution with excellent insulation and corrosion resistance.
10kv terminal pole
The 10-meter 10kV terminal pole is designed for terminating high-voltage power lines, with a height of 10 meters. It typically supports spans of 100-200 meters and is built to withstand cable tension and wind loads. Made from high-strength materials, it ensures reliable and stable power distribution with excellent insulation and corrosion resistance.
10kv straight pole
The 12-meter 10kV straight line pole is designed for high-voltage transmission lines, with a height of 12 meters. It typically supports spans of 100-250 meters and is built to withstand cable tension and wind loads. Made from durable materials, it offers excellent insulation and corrosion resistance, ensuring stable and reliable power distribution.
rural distribution network
The 10-meter 10kV distribution pole is designed for 10kV power lines, with a height of 10 meters and a typical span of 100-200 meters. It is made from durable materials, capable of withstanding cable tension and wind loads. The pole features excellent corrosion resistance and insulation, ensuring reliable and safe power distribution.
What are the benefits of using SRIZFLY drone simulator?
Improve safety：Transmission line inspection involves high-altitude flight, complex terrain and weather conditions, which poses safety risks. The virtual training environment provided by the simulator allows operators to train without risk, improving their proficiency while reducing potential threats to people and equipment.
Save training costs：In real training, drones may be damaged due to operational errors. Simulator training eliminates this loss and saves the cost of repairing and replacing equipment. Using simulators allows for flexible training schedules, without being restricted by the environment and scheduling costs.
Improve work efficiency：Using simulators, operators can practice the same scenario over and over again until they master it. This training method speeds up the learning process and ensures that operators are more confident and proficient when handling real-life tasks.
Improve drone skills：Through the simulator, trainees can practice core skills such as drone takeoff, landing, obstacle avoidance, and positioning, especially in delicate operations such as approaching power lines or inspecting towers.
Improve emergency response capabilities：The simulator can be used to set up emergency situations such as drone failures and line failures, improve the operator’s emergency handling capabilities, and prepare for risk events during field inspections.
…
Functions and features
Realistic scene
In order to create realistic training scenarios, the system employs a 3A-level engine that finely models transmission and distribution lines, substations and other task scenarios. At the moment, the system covers over 20 different types of towers, as well as a variety of converter stations and other UAV inspection scenarios.
Authentic operability
The system simulates the flight characteristics of a real UAV and controls it with a real UAV remote control, giving the user the same sensation as a real UAV operation. The system currently supports a wide range of commonly used UAV models. Additionally, it is compatible with mainstream VR headsets, providing an immersive training experience.
Fine inspection of transmission lines
Simulate the actual line patrol operation process, gradually guide undertrained employees through line patrol tasks, and evaluate their inspection skills.
Emergency treatment
Simulate how power outages and signal interference affecting the flight safety environment and prepare trainees for how to respond in emergency situations.
Dynamic defect library
The software includes dynamic defects; common defect types, such as bird’s nest, insulator self-explosion, tower foreign body, and so on, allow for random configuration.
Who is using the SRIZFLY drone simulator for drone power inspection training?
