Latest news with #RE100
Associated Press
2 days ago
- Business
- Associated Press
Leading by Example: Sustainable Growth in La Crosse
We're leading by example through responsible operations, reimagining our systems and taking action to have a restorative impact on the environment. Project At-a-Glance: The opportunity for La Crosse As capacity for data centers continues to grow, so does demand for our sustainable technology. At our manufacturing center in La Crosse, Wisconsin, we are meeting customer demand for high-efficiency chillers while reducing the environmental impact of our operations. The challenge: grow sustainably. The solutions: Sustainability outcomes: Watch this video to learn more about sustainable growth in La Crosse. Sustainability is our strategy—in La Crosse and all across Trane Technologies. Our growth is directly linked to our bold 2030 Sustainability Commitments to significantly reduce carbon emissions for our customers, to reduce our own environmental impact and to uplift people and communities by creating opportunities for all. Our La Crosse, Wisconsin, facility—where Trane was founded more than 100 years ago—is helping lead our business into the future with investments and innovation across our broad-based approach to sustainability. We are showing that you can be a growth company, meet your big sustainability commitments and add value to your customers by helping them meet theirs. 'We have to continue focusing on our roots and providing reliability to our customers,' said Tom Gallant, Vice President of Engineering & Technology, Commercial HVAC Americas. 'At the same time, we're trying to find ways to push ourselves and take more risks. I see the team's mindset shifting every day. We really are a technology company that heats and cools buildings.' Improving environmental sustainability with innovative technology The La Crosse team is reducing the environmental impact of our operations through multiple strategies, including renewable energy use, zero waste to landfill and decreasing water use and emissions. One hundred percent of the electricity used at our La Crosse facility is generated from renewable sources, making it an official RE100 operation. Trane Technologies is a member of RE100, the global renewable energy initiative bringing together businesses committed to using 100% renewable electricity. The La Crosse team achieved this milestone in October 2024 through a five-year power purchase agreement with Xcel Energy. As of November 2022, the site has achieved zero waste to landfill. The team is diverting industrial waste and scrap material—without disrupting production—to partners who fully recycle the materials or convert combustible items to energy. The La Crosse facility is Trane Technologies' largest single user of water for our global operations. Beginning in 2022, a cross-functional team began a multi-year effort to streamline our operations to reclaim and reduce water usage, resulting in a 20 percent reduction in the company's overall water use in 2023. In the research and development (R&D) laboratory, water is recycled through a cooling tower, reducing the downtime of the chiller system and reducing water usage by 37 million gallons in 2023 compared to the prior year. In the training center, we are using our own technology to reduce water use and emissions. There, water is recycled through a thermal battery storage source heat pump system, a first-of-its-kind solution to advance electrified, low-carbon heating in buildings, including in climates below zero degrees Fahrenheit. Commonly referred to as ice storage, the system converges four proven technologies to accelerate building decarbonization: thermal energy storage ice tanks, air-to-water heat pumps, all-electric chiller-heaters and intelligent controls. The new system saved 15 million gallons of water in 2023—a reduction of 85% from the prior year. The system is estimated to reduce the overall energy intensity of the building by 28%. Going forward, we expect to save 30-40 million gallons of water annually and cut carbon emissions by approximately 21 mtCO2e every year. Over the last five years, La Crosse's projects to reduce water use decreased our company's total water consumption by nearly half. The La Crosse team continues to find ways to contribute to our Leading by Example commitment, most recently introducing a plan to install geothermal bore field technology to fully electrify heating and cooling of an engineering building on the campus. Innovating for customers in high-growth sectors One way we're innovating for impact in La Crosse is through our developments for high-growth sectors, such as the semiconductor and global data center market, where capacity is projected to nearly double by 2027. Data centers and semiconductor manufacturing require precise cooling and humidity control, so as capacity increases, so will the demand for chillers. To keep up with this demand, the team in La Crosse built a new manufacturing line for CDHH CenTraVac® water-cooled chillers. This highly automated production line can handle many types of chillers, including our CDHH CenTraVac duplex with heat recovery, which is perfect for buildings with simultaneous heating and cooling load. The heat recovery option captures heat from the condenser, allowing the customer to employ an electrification solution for decarbonization. Trane CenTraVac chillers offer additional energy-saving options like non-reversible heat pump chiller capabilities, thermal storage down to 20°F (-6.7°C), and integrated free cooling. These features benefit the environment and can often pay for themselves through reduced water consumption, lower heating and ancillary power consumption, and decreased operating costs. 'We have been serving the high-tech market for a long time, and because of technologies like artificial intelligence, demand is growing,' Tom explained. 'What sets us apart is that we make the largest capacity units at the highest efficiency level with a low global warming potential refrigerant.' Investing in our people through training Our success is driven by our people. We are creating an inclusive, uplifting culture where people feel they can belong and can boldly share their ideas. We invest in the well-being and career development of our team members so they can thrive. La Crosse is home to our Graduate Training Program (GTP), a six-month intensive program that develops deep HVAC expertise. With a legacy dating back nearly 100 years, GTP is the foundation of our technical leadership, producing industry-leading account managers and sustainability champions. We also provide advanced training in welding and other essential skills to support manufacturing excellence. Employees can earn certifications, gain hands-on experience, and advance their careers within Trane Technologies. Additionally, we are expanding a dedicated space for operational and technician training to further develop talent and modernize skills to match the latest technology. Committed to our community La Crosse employees are deeply engaged in the community, especially around sharing our expertise in STEM and environmental stewardship. The La Crosse Inclusion Community Network (LINC) leads volunteer initiatives, including STEM education programs at the Boys & Girls Club and the Great River Community Clean-Up, which mobilizes over 120 employees annually. The facility also supports local STEM education, hosting Engineers Week, volunteering with Project Scientist, and sponsoring the Seven Rivers Robotics Regional Competition. Additionally, Trane Technologies contributes to the Trane All Abilities Park, the community's first inclusive playground, and a new exhibit, coming soon to the La Crosse Children's Museum, designed to educate children about HVAC technology and innovation. A legacy of sustainable growth In La Crosse, and across Trane Technologies, sustainability is not an offshoot of our strategy. It is our strategy and what is driving our growth. The team in La Crosse is continuing to deliver innovative technologies for our customers while reducing the environmental impact of our operations—both by orders of magnitude. 'What makes La Crosse special is that we have multiple generations of families who have worked here,' said Tom Gallant, Vice President of Engineering & Technology, Commercial HVAC Americas. 'There is a legacy of innovation we have to live up to every day, and there is so much opportunity. From an engineering standpoint, it's exciting to work on solving problems that have an impact not only on this community, but our country and the world.' Explore how we are growing through sustainability and innovation in our 2024 Sustainability Report. Visit 3BL Media to see more multimedia and stories from Trane Technologies
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Business Standard
3 days ago
- Business
- Business Standard
Delta Electronics signs deal with Ventus Energy to reduce carbon footprint
Energy and power management solutions provider Delta Electronics India announced on Monday that it has signed a power purchase agreement with Ventus Energy Consultancy to reduce its carbon footprint in the country. A power purchase agreement is a long-term deal between a power supplier and a power consumer. It outlines the terms of electricity sale, including the price, volume, and duration of the agreement. Delta Electronics would source a combined 9.6 million units of wind power annually to power its manufacturing facilities in Tamil Nadu, stated the agreement. This move is expected to reduce the company's dependence on fossil fuel-based electricity and cut approximately 6,979 metric tonnes of carbon emissions annually. The electricity would be sourced from wind farms located in Tirunelveli, Tuticorin and Tiruppur districts through a 12-year agreement signed with the state electricity board — Tamil Nadu Generation and Distribution Corporation (Tangedco). "These PPAs are more than transactions — they are part of a long-term strategy to decarbonise our operations and contribute meaningfully to India's green transition. They also reaffirm our commitments under global frameworks like RE100 and the Science Based Targets initiative (SBTi)," the company's Managing Director Niranjan Nayak said. Delta Electronics has built 35 certified green buildings and operates two data centres globally. By collaborating with Ventus Energy Consultancy, Delta Electronics is promoting a cross-industry model for renewable energy partnerships. Ventus Energy Consultancy Director P Vijayabaskaran, on the association with Delta Electronics, said: "With over 15 years of experience in renewable energy and a portfolio managing 750+ MW of wind and solar assets across Tamil Nadu, Ventus Energy Consultancy is proud to support Delta Electronics in its journey toward industrial decarbonisation." "As Delta's renewable energy demand grows, we are committed to enabling this scale-up through strategic power procurement and regulatory alignment," he added.
News18
4 days ago
- Business
- News18
Delta Electronics signs PPA with Ventus Energy to reduce carbon footprint
Chennai, June 2 (PTI) Delta Electronics India, a prominent player in energy and power management solutions, has signed a Power Purchase Agreement with Ventus Energy Consultancy under its vision to reduce carbon footprint in the country. As per the agreement, Delta Electronics would source a combined 9.6 million units of wind power annually to power its manufacturing facilities in Tamil Nadu. This move is expected to reduce the company's dependence on fossil fuel-based electricity and cut approximately 6,979 metric tonne of carbon emissions annually. Delta Electronics has planned to expand its renewable sourcing across its facilities in the country by exploring smart grid innovations and implementing real-time monitoring powered by its own Automation and Internet of Things (IoT) technologies. In a press release on Monday, the company's President Benjamin Lin said, 'Integrating renewable energy into our operations aligns our growth with India's climate goals and accelerates our global net-zero vision. Collaborations like these are key to building a resilient and responsible energy ecosystem." The electricity would be sourced from wind farms located in Tirunelveli, Tuticorin and Tiruppur districts through a 12-year agreement signed with state electricity board — Tamil Nadu Generation and Distribution Corporation (TANGEDCO). 'These PPAs are more than transactions — they are part of a long-term strategy to decarbonise our operations and contribute meaningfully to India's green transition. They also reaffirm our commitments under global frameworks like RE100 and the Science Based Targets initiative (SBTi)" the company's Managing Director Niranjan Nayak said. Ventus Energy Consultancy Director P Vijayabaskaran on the association with Delta Electronics said, 'With over 15 years of experience in renewable energy and a portfolio managing 750+ MW of wind and solar assets across Tamil Nadu, Ventus Energy Consultancy is proud to support Delta Electronics in its journey toward industrial decarbonisation." 'As Delta's renewable energy demand grows, we are committed to enabling this scale-up through strategic power procurement and regulatory alignment," he added. PTI VIJ VIJ ROH First Published: June 02, 2025, 19:00 IST
Time of India
4 days ago
- Business
- Time of India
Delta signs 12-year wind power deal for Tamil Nadu plants; aims to reduce 6,979 MT carbon emissions
New Delhi: Delta Electronics India has signed a 12-year Power Purchase Agreement (PPA) to procure 9.6 million units of wind-generated electricity annually for its manufacturing and operational facilities in Tamil Nadu, the company said in a statement. The agreement, facilitated by Ventus Energy Consultancy Private Limited, is projected to help the company reduce its carbon footprint by approximately 6,979 metric tonnes annually. The power will be supplied from wind farms located in Tirunelveli, Tuticorin, and Tiruppur through the Tamil Nadu Generation and Distribution Corporation (TANGEDCO) grid. Benjamin Lin, President of Delta Electronics India, said, 'At Delta, we believe in leading by example. Integrating renewable energy into our operations aligns our growth with India's climate goals and accelerates our global net-zero vision. Collaborations like these are key to building a resilient and responsible energy ecosystem.' In 2023, Delta achieved a 39 per cent reduction in Scope 1 and 2 emissions compared to its 2021 baseline. Between 2010 and 2023, Delta's energy-efficient products enabled global electricity savings of over 45.5 billion kWh, resulting in 23.84 million tonnes of carbon dioxide emissions avoided, according to the company. Niranjan Nayak, Managing Director, Delta Electronics India, said, 'Sustainability is central to Delta's purpose. These PPAs are more than transactions—they are part of a long-term strategy to decarbonize our operations and contribute meaningfully to India's green transition. They also reaffirm our commitments under global frameworks like RE100 and the Science Based Targets initiative (SBTi).' Delta's renewable energy strategy also includes smart grid innovations and real-time energy monitoring using its own automation and IoT technologies. The company has built 35 certified green buildings and operates two net-zero certified data centres globally. Rachna Kango, Senior Director – ESG & Strategic Marketing, Delta Electronics India, said, 'Delta is proud to partner with forward-looking enterprises like Ventus Energy Consultancy to accelerate the clean energy transition. These collaborations reflect our belief in inclusive, stakeholder-driven sustainability and demonstrate how ESG goals can be met through innovative and region-specific energy solutions.' P. Vijayabaskaran, Director of Ventus Energy Consultancy, said, 'With over 15 years of experience in renewable energy and a portfolio managing 750+ MW of wind and solar assets across Tamil Nadu, Ventus Energy Consultancy is proud to support Delta Electronics in its journey toward industrial decarbonization.' Delta Electronics operates 73 R&D centres and 55 manufacturing sites globally and employs over 81,000 people. The company's plan includes expanding renewable sourcing across its Indian facilities.
Time of India
28-05-2025
- Business
- Time of India
AI push sparks emissions risk in ASEAN as data centre growth soars
New Delhi: A rapid surge in data centre growth across Southeast Asia, driven by AI and digitalisation, could push power demand to account for up to 30 per cent of national electricity use in countries like Malaysia and lead to a 14-fold rise in emissions in the Philippines by 2030, a new report released on May 27, 2025, has warned. The report, titled From AI to Emissions: Aligning ASEAN's Digital Growth with Energy Transition Goals, highlights that data centres could consume 360 TWh of electricity globally by 2030, with ASEAN nations at the epicentre of the next big spike in demand, potentially doubling their 2024 levels. In ASEAN's major economies—Indonesia, Malaysia, Philippines, Singapore, Thailand and Viet Nam—over 2.9 GW of data centre capacity is already in the pipeline. Malaysia's data centre electricity use is projected to increase from 9 TWh in 2024 to 68 TWh in 2030, accounting for nearly 30 per cent of the country's power demand. Emissions from Malaysia's data centre electricity use alone are expected to jump from 5.9 MtCO₂e in 2024 to 40 MtCO₂e in 2030. Similarly, Indonesia is projected to see a rise from 5 MtCO₂e to 19 MtCO₂e, while the Philippines' emissions could rise from 0.8 MtCO₂e to 10.5 MtCO₂e over the same period. The report warns that this data centre boom risks undermining the region's energy transition goals due to its heavy reliance on coal and gas-based grids. In contrast, Singapore and Thailand are projected to experience only modest increases in emissions. 'ASEAN's booming data centre industry risks derailing energy transition goals without urgent action,' the report states. 'Prioritising solar and wind power, as well as energy efficiency, supported by strong policies, a national framework for data centres and collaboration, would help ensure data centres drive sustainable digital growth rather than deepen reliance on fossil fuels.' Data centres are estimated to account for up to one-third of the ICT sector's electricity use. The study stresses that energy efficiency in design and operations, supported by modern cooling technologies and smart software, could significantly reduce power consumption. On the renewable front, the report finds that up to 30 per cent of data centres' electricity demand in 2030 can be met through solar and wind via national grids—without requiring storage—provided robust procurement mechanisms such as power purchase agreements (PPAs), green tariffs and unbundled renewable energy certificates (RECs) are in place. However, the availability of these procurement tools remains limited. Indonesia, for example, lacks a green tariff mechanism entirely, hampering companies' ability to secure clean power. Citing RE100 data, the report notes that over 30 per cent of the global corporate PPA capacity is attributed to technology companies operating data centres, yet Asia remains heavily reliant on RECs due to restricted access to PPAs. The study also highlights a new focus on energy-efficient designs from the outset of data centre development. 'Once data centres are operational, implementing energy efficiency improvements becomes significantly more challenging,' it states. Finally, it calls for urgent investment in grid decarbonisation, especially in Indonesia's JAMALI grid and Malaysia's Peninsular Grid, to align with tech companies' sustainability goals, many of whom have pledged 100 per cent renewables for their operations globally. Amazon, Meta and Google have made long-term commitments to power their facilities with renewable energy, but in Southeast Asia, progress has lagged due to limited renewables availability. In 2023, only 4.1 GWh of Google's 2.8 TWh regional power use came from renewables—just 0.15 per cent . The report concludes that Southeast Asia's data centres could either become key enablers of clean energy investment or major roadblocks to decarbonisation, depending on how governments and industry act over the next five years.
