CHENNAI: Renault Nissan Automotive Pvt Ltd (RNAIPL) has announced that it is making strong progress towards its 2045 carbon neutrality goal unveiled in February this year and that it will be crossing several important sustainability milestones by the year 2030.
RNAIPL’s carbon neutrality roadmap encompasses three key pathways: Increasing the share of green energy in the overall mix, aggressively improving efficiencies in energy usage and continuous adoption of energy efficient technology at its Oragadam plant near Chennai. The strategy has already allowed the automaker to cut down the equivalent of 87,500 tonne of CO2 emissions every year as of FY 2022-23.
Keerthi Prakash, managing director of RNAIPL, said, “We have set ourselves on an ambitious roadmap to carbon neutrality by 2045 and this goal underlies our drive towards utilization of more green energy, optimization of energy consumption and upgrading our technology. RNAIPL is a leader in energy efficiency and sustainability actions within the global network of manufacturing facilities within the Renault Nissan Alliance and we aim to further consolidate this position not only within the Alliance, but also within the industry.
RNAIPL currently sources close to 60% of its electricity from renewable sources such as solar, biomass and wind. Taking its clean energy commitment further, the plant will expand its in-house solar plant capacity from 2.2MW to 14MW through additional installation of rooftop solar panels and innovative floating solar panels on the plant’s pond by 2026. By leveraging renewable energy sources, RNAIPL is working towards meeting 85% of the plant’s energy needs with renewable power by 2030, and transition to 100% renewable energy by 2045.
The plant has been acknowledged as one that is least dependent on external water sources in the global Renault Nissan Alliance thanks to its rainwater harvesting and water recycling infrastructure. RNAIPL is set to become water-positive by 2030. RNAIPL
Over the last few years, RNAIPL has also been working on a set of initiatives to replace single use plastic items from within the plant with eco-friendly alternatives as per norms laid out by the government. The company also conducts regular employee campaigns to increase awareness on the drawbacks and environmental harm caused by use of single use plastic.
Since the start of car production in FY 2010, the plant has achieved 36% reduction in energy use. It has achieved this through a series of plant-wide conservation techniques and technology upgrades including:
· Intelligent flow controllers for air compressor systems to reduce energy consumption saving 800 tons of CO2 emissions annually.
· Upgrading shop infrastructure with LED lighting
· Implementation of zero energy days and close monitoring of energy consumption on other holidays
· Standardized stickering of equipment across the plant for optimal use and energy conservation
· Upgrading to energy efficient equipment such as BLDC Blowers, Compact Ejectors, VFD for Pumps and Motors
· Installation of water source heat pump as an alternative to LPG based hot water generator at the Paint shop and using both the hot and cold water (byproduct) for industrial processes resulting in 6% reduction of CO2 emissions.
By 2030, the plant aims to reduce the amount of energy required to manufacture a car by 20% (as compared to 2019 energy baseline) and reduce this further by 30% by 2045.
RNAIPL’s carbon neutrality roadmap encompasses three key pathways: Increasing the share of green energy in the overall mix, aggressively improving efficiencies in energy usage and continuous adoption of energy efficient technology at its Oragadam plant near Chennai. The strategy has already allowed the automaker to cut down the equivalent of 87,500 tonne of CO2 emissions every year as of FY 2022-23.
Keerthi Prakash, managing director of RNAIPL, said, “We have set ourselves on an ambitious roadmap to carbon neutrality by 2045 and this goal underlies our drive towards utilization of more green energy, optimization of energy consumption and upgrading our technology. RNAIPL is a leader in energy efficiency and sustainability actions within the global network of manufacturing facilities within the Renault Nissan Alliance and we aim to further consolidate this position not only within the Alliance, but also within the industry.
RNAIPL currently sources close to 60% of its electricity from renewable sources such as solar, biomass and wind. Taking its clean energy commitment further, the plant will expand its in-house solar plant capacity from 2.2MW to 14MW through additional installation of rooftop solar panels and innovative floating solar panels on the plant’s pond by 2026. By leveraging renewable energy sources, RNAIPL is working towards meeting 85% of the plant’s energy needs with renewable power by 2030, and transition to 100% renewable energy by 2045.
The plant has been acknowledged as one that is least dependent on external water sources in the global Renault Nissan Alliance thanks to its rainwater harvesting and water recycling infrastructure. RNAIPL is set to become water-positive by 2030. RNAIPL
Over the last few years, RNAIPL has also been working on a set of initiatives to replace single use plastic items from within the plant with eco-friendly alternatives as per norms laid out by the government. The company also conducts regular employee campaigns to increase awareness on the drawbacks and environmental harm caused by use of single use plastic.
Since the start of car production in FY 2010, the plant has achieved 36% reduction in energy use. It has achieved this through a series of plant-wide conservation techniques and technology upgrades including:
· Intelligent flow controllers for air compressor systems to reduce energy consumption saving 800 tons of CO2 emissions annually.
· Upgrading shop infrastructure with LED lighting
· Implementation of zero energy days and close monitoring of energy consumption on other holidays
· Standardized stickering of equipment across the plant for optimal use and energy conservation
· Upgrading to energy efficient equipment such as BLDC Blowers, Compact Ejectors, VFD for Pumps and Motors
· Installation of water source heat pump as an alternative to LPG based hot water generator at the Paint shop and using both the hot and cold water (byproduct) for industrial processes resulting in 6% reduction of CO2 emissions.
By 2030, the plant aims to reduce the amount of energy required to manufacture a car by 20% (as compared to 2019 energy baseline) and reduce this further by 30% by 2045.
