Hitachi Construction Machinery

At the Kharagpur Plant of Tata Hitachi Construction Machinery Company Private Limited (India), utilizing power generated on solar panels installed on site covers approximately 7,000MWh per year, or approximately 30% of power consumption, using renewable energy. This not only reduces CO2, but also contributes to stabilization of power supply by supporting the government’s plan called “Jawaharlal Nehru National Solar Mission” in India where power demand is increasing rapidly alongside economic development.

Solar panels installed at the Kharagpur Plant

• The entire Hitachi Construction Machinery Group will engage in saving energy in manufacturing processes

The European Application Center GmbH, which was established in Germany in 2018 for marketing and Hitachi Construction Machinery Tierra Co., Ltd. are working together to develop low-carbon construction machinery such as developing a new prototype for a battery-powered mini excavator. By actively promoting improvements to efficiency of construction through the utilization of ICT, the aim is to reduce CO2 emissions from products by 33% compared to FY2010 by FY2030.

• Realization of more productive electric construction machinery
• Expansion into classes larger than mini excavators with the aim of further business expansion

We operate a global business remanufacturing parts such as used hydraulic pumps, hydraulic cylinders and traveling devices as parts with performance equivalent to that of new parts. When failed products are discarded, all parts become waste, but waste can be significantly reduced by exchanging only the parts causing the problem. Furthermore, supplying recycled parts from part recycling plants closer to the customer minimizes machinery stoppage time and leads to efficient construction. We are promoting initiatives contributing to such a circular economy.

Remanufacturing parts

• Expansion of parts that can be recycled

We are promoting the global operation of the “ConSite® OIL” service for monitoring the condition of construction machinery oil. The condition of oil is detected using a sensor, and sudden changes and anomalies in the oil condition are automatically determined with the aim of improvement of preventative maintenance and fuel efficiency, and the extension of machinery lifetime.

• Expand the countries and regions covered to contribute to the resolution of customers’ issues in a wider range of areas.
• Improve detection precision of machinery failure prediction by actively incorporating AI, analysis and analytics technology.

The part recycling plant of Hitachi Construction Machinery Zambia Co., Ltd., actively hires local human resources as a plant rooted in the community, and in addition to focusing on the early acquisition of skills, the company is implementing an internship program for local students to support the employment of young people. At Tata Hitachi Construction Machinery Co., Priv., Ltd. in India, efforts are being made to develop local human resources by giving education facilities the functions of a “Japanese-style manufacturing school.”

• Promotion of collaboration between government and the private sector to enable development of both communities and business
• Strengthening of ties with a variety of stakeholders worldwid

By utilizing AI image recognition technology to introduce a system in construction machinery manufacturing sites for automatic determination of a worker’s posture in manufacturing sites, we are working toward the realization of work environments that are safer and place less physical burden on workers. If it is determined that a worker has a posture not suitable for work, alert is displayed on the the part of the screen showing the relevant worker to create a mechanism for noticing safety, work efficiency, etc.

• Expansion of functions and improvement of precision, such as expansion of recognizable postures and the addition of real-time alert functions