The hottest double carbon a plan - ABB Robot Techn

  • Detail

Double carbon a plan - ABB Robot Technology to achieve efficiency and energy conservation

as a global technology leader, abb is committed to promoting the development of a low-carbon society through leading technology, negative operations and partnerships, slowing down global warming and mitigating the devastating consequences of climate change. As the world environment day is approaching, abb will show a series of the latest technologies, solutions and application cases that will help build a low-carbon society, and introduce how ABB promotes the sustainable development of the industry with technological innovation

Today, enterprise users are facing many challenges, such as the continuous growth of personalized consumption, the accelerated development of digital technology, the aging population leading to an increasing shortage of labor, and various uncertainties. In order to comply with these trends, the production mode of intelligent, flexible and digital No. 1: checking whether the damping spring is deformed is developing very rapidly. ABB robotics continues to innovate and improve our solution portfolio to help users achieve higher productivity and lower environmental impact

improve operational efficiency and reduce waste

the essence of robots and other factory automation solutions is to improve efficiency and reduce waste and energy consumption. As a leading supplier of industrial robots and robot software, equipment and complete application solutions, abb has installed more than 500000 robots in 53 countries to help users in various industries improve quality and efficiency, reduce operating costs, reduce waste of raw materials and improve yield

the lainburg production plant in himskirk, the Netherlands, is a remarkable case of ABB Robot solutions to improve sustainability. Himskirk fresh barter is one of the largest vegetable processing companies in Europe, producing 3.5 to 4 million kinds of fresh convenience products every week, including salads, ready to eat meals, pre cut vegetables and fruits, which are health products with a short shelf life. The company 2. When the material quality control fails, the robot system of the company's central base will prepare orders according to the needs of each food retailer, so that the products can gradually dominate the whole consumer market and be transported directly to stores and supermarkets, rather than stopping in the distribution center. This reduces the time spent on fresh food in the supply chain, thereby extending the shelf life and reducing food waste

take every opportunity to reduce greenhouse gas emissions

emission reduction is an important area in which robots can play a role. ABB's innovative pixelpaint is a new process that can improve the efficiency of automotive color coating and painting. In the traditional process, about 30% of the paint will be wasted. Pixelpaint cooperates with two ABB IRB 5500 robots to print paint directly to the target area using a print nozzle instead of using a traditional atomizer for spraying, which can achieve 100% paint application rate and ensure no paint loss. Because there is no need for shielding and shielding removal, customized spraying can be completed at one time, and the beat time can be shortened by about 50%. This not only reduces the waste of paint, but also reduces the emission of volatile organic compounds

in Zhaoqing factory of Xiaopeng automobile, more than 260 ABB robots are used in the four major automobile manufacturing processes of stamping, welding, spraying and final assembly. In the abb automatic spraying robot system used in the spraying workshop, abb ability interconnected atomizer can increase the painting rate by about 10%, reduce energy consumption by 25%, achieve better atomization effect and improve the spraying quality while saving paint, and help customers build a more intelligent and environmentally friendly production workshop

reduce waste by renovating robots

robots themselves are a kind of manufacturing products. Abb is committed to producing and providing robot products in a more resource-saving and environmental friendly way. One way to achieve this goal is through remanufacturing, allowing customers to sell inactive or old ABB robots to abb through ABB's repurchase service, rather than scrapping or idling them

in the past 25 years, abb has renovated and upgraded thousands of robots, giving them a second life. Before being marked as abb certified remanufactured robots, each refurbished equipment must be strictly inspected to ensure the same performance, durability and safety as the new ABB robots. ABB robotics' global remanufacturing facilities are located in Ostrava, Czech Republic, Auburn hill, Michigan, and Shanghai, China, as well as local remanufacturing service centers in Brazil, Mexico, Germany, and Vietnam

robot environmental protection super factory

abb's robot super factory under construction with an investment of US $150million is expected to be put into operation in the first quarter of next year. This factory will become ABB's most advanced, flexible and automated, and also the most environmentally friendly future factory

the new plant will adopt energy-saving technologies such as rainwater harvesting (underground rainwater collection), integrated fresh air and energy, and energy consumption monitoring system to build a zero carbon building. In the process of design and construction, fully optimize the layout of workshops and warehouses, install water-saving sanitary ware, use renewable energy, and be equipped with measuring instruments and meter summary and analysis system. ABB i-bus intelligent building control system is adopted to realize the optimal control of lighting, heating, ventilation and other equipment of buildings in the plant area. Using ABB ability smart energy management platform, abb ability smart micro electricity management scheme, as well as advanced technologies, equipment and digital solutions such as abb high-efficiency motors and frequency converters, we will maximize energy-saving potential, improve energy efficiency, and spare no effort to build a green benchmark factory

Copyright © 2011 JIN SHI