Energy Management System - ISO 50001
Lenovo is ISO 50001 - Energy Management System certified in all European Union (EU) locations. During FY 2019/20, we expanded our Energy Management System (EnMS) to the East part of our headquarters in Beijing, China and manufacturing plant in Hefei, China and obtained ISO 50001 certifications. We developed a global level target for Lenovo’s ISO 50001 certified locations as follows: Reduce total energy consumption by at least 1.5 percent in next three fiscal years, relative to the FY 2019/20 energy baseline.
Having a first-rate EMS in place will further improve our energy performance. It also leads to better energy efficiency, lower use, and consumption – leading ultimately to a reduction in greenhouse gas emissions and other related environmental impacts. Additionally, it will increase our employees' awareness of responsible energy behavior.
Click here to see our ISO 50001 certificates.
Renewable Energy
Lenovo is committed in reducing our global carbon footprint by meeting our targets for absolute reductions of GHG emissions from our operations and by driving similar reductions in Lenovo’s supply chain and product usage. In support of this commitment, we continue to expand our use of solar energy. Lenovo’s renewable energy installations include solar hot water generation facilities in Beijing and solar electric generation plants in Hefei and Wuhan, China as well as Whitsett and our headquarters in Morrisville, NC, USA. By the end of the fiscal year, the current solar capacity of all these projects was approximately 16 megawatts (MW).
To continue expansion in this area, we have begun the pre-engineering work to start solar installations at our facilities in Jaguariuna, Brazil and Monterrey, Mexico. These two projects will add approximately 14 MW of new solar electric generation capacity. Lenovo has a target of achieving 30 MW of owned or leased renewable energy generation capacity globally. At the time of this printing, the impact of COVID-19 may impact the construction of these projects on the schedule we had originally set. Upon completion of these two projects, we will have the ability to generate 30 MW of on-site renewable energy.