From 9 to 11 April, 2025 China Oil & Gas and New Energy Fusion Development Conference and New Technology Achievement Exhibition was held in Beijing. Trinabot Robotics Technology Co., Ltd. as a representative enterprise in the field of intelligent construction and operation and maintenance of new energy was invited to participate in the conference to provide new ideas and feasible paths for the industry's intelligent transformation. As a representative enterprise in the field of new energy intelligent construction and operation and maintenance, Trinabot Robotics was invited to participate in the conference, providing new ideas and feasible paths for the industry's intelligent transformation with its integrated automation equipment solutions for PV plant construction and operation and maintenance.
On 11 April, Zong Yue, head of Trinabot Robotics Solutions, delivered a special speech on the topic of ‘PV Power Plant Construction and Operation and Maintenance Automation Solutions’. He deeply analysed the key pain points in the whole life cycle of PV power plant construction and operation and maintenance, systematically introduced Trinabot Robot's self-developed PV module installation robots, cleaning robots and other core products, and focused on showing the ‘integrated intelligent solution’ based on AI and automation technology.
‘In the face of the complex and changing construction environment, rising labour and management costs, the traditional manual construction and operation and maintenance methods can no longer meet the multiple requirements of efficiency, safety and quality.’ Zong Yue pointed out, ‘We use intelligent robots as the core carrier to open up the two key links of construction and operation and maintenance, and enhance the reliability and economy of the whole life cycle of photovoltaic power plants through automated means.’
In the construction of photovoltaic power plants, Zong Yue, from the practice of many projects, combined with the Trinabot robot product design concepts, put forward a systematic solution to the key construction problems, especially suitable for solving complex project scenarios in the plateau operation problems.
Efficiency Improvement
Trinabot proposes an evaluation method based on the principle of ‘Comprehensive efficiency of a single work group - (per capita labour efficiency × number of people in the work group) = net equipment efficiency’, which takes net equipment efficiency as an important comparative dimension, quantifies the economics of automation equipment, and helps customers to achieve the best return on investment.
Operational Safety
Whether the robot is driven manually, remotely or automatically, it must provide various active/passive safety monitoring to ensure driving safety; when the robot lifts components to a high place and places them in the operating mechanism, it must do a good job of designing the safety of the operating mechanism for injuries caused by strikes and accidental falls of the components, so as to ensure operational safety.
High-altitude adaptability
In high-altitude scenarios, when the atmospheric pressure is reduced to a certain degree, it affects the stability of the robot's gripping system, electrical system and hydraulic system. The robot adopts a vacuum adsorption method of gripping system, and in the plateau, it is necessary to consider the reduction of adsorption force brought about by the reduction of air pressure; in the high-altitude situation, the electrical system needs to consider the electrical gap and heat dissipation capacity.
Low-temperature operation capacity
In the extremely cold environment, for the temperature sensitivity of the gripping system, the power mechanism and the material of the components, carry out the design of anti-hardening of the soft material, the low-temperature protection for the energy system, and the capacity compensation of the electric system. and other improvements.
Green Drive
Trinabot suggests the use of green energy power system, which is in line with the clean energy attributes of PV power stations and ensures the environmental friendliness and sustainability of equipment operation.
At present, Trinabot PV module installation robots have been widely deployed in a number of typical projects in Inner Mongolia, Gansu, Qinghai, Tibet, etc., especially in extreme scenarios such as plateau, alpine, desert, etc., showing superior adaptability and operational efficiency. The product is equipped with multiple automation functions such as autonomous loading, precise positioning, automatic grasping and laying, and the comprehensive operating efficiency reaches 60 pieces/hour, which is more than twice the efficiency of traditional manual work, and is highly praised by customers.
In addition, in the operation and maintenance of photovoltaic power stations, Trinabot photovoltaic cleaning robot solves the problems of traditional manual cleaning security, high cost, low efficiency, and damage to photovoltaic panels by means of intelligent, unmanned, and low-consumption methods, and its all-weather and precise operation and maintenance methods have been widely adapted to a variety of rooftop and ground-level power station scenarios, which effectively improves the operation and maintenance efficiency of the customer's photovoltaic power station and power generation revenue, and greatly reduces the long-term operation and maintenance costs of the customer. This effectively improves the operation and maintenance efficiency of PV power plants and power generation revenue, while greatly reducing the long-term operation and maintenance costs of customers.
Trinabot Robot's intelligent products and solutions are considered to be an important technical support to promote the transformation of traditional energy facilities to green, efficient and safe, and also provide a new perspective and path for the integration of oil and gas and new energy development. In the future, the company will continue to plough into the field of new energy automation and empower the development of global clean energy.
