Daikin Applied - Experts & Thought Leaders

Falls River Group (“FRG”) is pleased to announce that Daikin Applied Americas (“Daikin Applied”) has acquired the exclusive license to Sorbent Ventilation Technology® (“SVT®”) from enVerid Systems Inc. (“enVerid”), a recognized innovator in indoor air quality (“IAQ”) and energy-efficient HVAC solutions. FRG acted as the exclusive financial advisor to enVerid on this transaction. Terms of the agreement were not disclosed. “FRG played a critical role throughout the whole process beginning with developing our marketing materials, identifying and engaging targets, and negotiating the final agreement with Daikin Applied. Steve and his team’s passion for market-changing technologies, creative deal structuring expertise, and white glove partnership model made FRG the ideal partner for enVerid,” said Christian Weeks, CEO of enVerid. Market-changing technologies SVT is the HVAC industry’s pioneer sorbent-based air-cleaning technology, enabling commercial buildings to achieve high-performance IAQ with significantly reduced energy consumption. Backed by more than a decade of field adoption across commercial, education, and government sectors, SVT is the only independently validated technology that meets all contaminant requirements in ASHRAE Standard 62.1. The transaction gives Daikin Applied the sole right to manufacture, sell, and distribute SVT and related offerings across North America. The integration of SVT strengthens Daikin Applied’s commitment to delivering advanced, energy-efficient IAQ technologies that support decarbonization, sustainability, and improved occupant well-being. Wide range of airborne contaminants “Daikin Applied is an ideal steward for SVT,” said Weeks. “Their industry reach, product leadership, and commitment to innovation create a powerful platform to scale this technology and broaden its impact.” SVT captures a wide range of airborne contaminants—including VOCs, ozone, and carbon dioxide—through a proprietary sorbent media blend housed within a compact module that integrates with virtually all commercial HVAC systems. By reducing reliance on outside air ventilation, SVT allows building owners to lower energy loads, right-size mechanical equipment, and improve system resiliency in areas affected by pollution or extreme weather. Daikin Applied will reintroduce the technology under its brand in the coming months and will continue supporting existing standalone SVT installations while working toward deeper integration across its product portfolio. The transaction aligns with Daikin Applied’s broader sustainability and electrification strategy and expands its position as a leader in next-generation IAQ solutions.

Daikin Applied, a global pioneer in commercial and industrial HVAC solutions, is redefining the future of data center cooling technology. As an innovation pioneer, they're designing precision environments for the world's most advanced facilities – where reliability, scalability and asset protection are non-negotiable. Whether users are deploying Large Language Models, running AI inference workloads or scaling cloud infrastructure, Daikin Applied delivers intelligent, comprehensive cooling architectures and solutions tailored for the speed and complexity of next-gen digital eco-systems. Backed by bold product innovation, strategic acquisitions and a dedicated data center business unit, they're not just keeping pace with the future – they're powering it. Magnetic-bearing technology "Data centers have become the beating heart of the global economy, each presenting a distinct set of technical challenges that make cooling a critical and strategic priority," said Chief Operating Officer for Daikin Applied Americas, Yu Nishiwaki. "Our goal regarding data centers at Daikin Applied is to continue to develop advanced, innovative cooling ecosystems that future-proof our customer's investments.” At the forefront of Daikin Applied's expanded data center solutions is the groundbreaking Magnitude® WME-C Quad Chiller, the industry's largest capacity chiller featuring magnetic-bearing technology. With a capacity range of 2,000 to 3,000 tons, ultra-low GWP refrigerants and advanced features like RapidRestore® and RideThrough®, the WME-C Quad is engineered for maximum uptime and efficiency in mission-critical facilities. High ambient temperatures Joining the WME-C Quad in the future are the Pathfinder® AWV-C fan deck and AWM Chiller, each offering next-generation advancements in cooling performance. The AWV-C enhances condenser airflow by 20% through its innovative single-component design, while the AWM Chiller combines oil-free magnetic bearing technology and a next-generation fan deck for unparalleled operation in high ambient temperatures up to 135 degrees Fahrenheit. To support their innovative approach to new product development for data centers, Daikin Applied is expanding its Test Lab located near its Minneapolis headquarters, growing testing capacity and capabilities for chillers and custom air handler solutions. The expansion will add 71,000 square feet and nine new test cells. Comprehensive data center solutions As part of its broader strategy to deliver comprehensive data center solutions, Daikin Applied is also acquiring innovative companies that add new capabilities to its data center solutions portfolio. The recent acquisition of DDC Solutions adds modular, ultra-high-density hybrid and in-room, rack-level solutions for white space cooling, enabling Daikin Applied to deliver a complete data center cooling solution. To support its growing suite of products and solutions, Daikin Applied is set to increase its production capacity with the opening of two new manufacturing facilities. Modular and scalable solutions In January 2026, the company will open its new modular solutions manufacturing facility that will significantly enhance production capacity, particularly for large-tonnage plants, to meet the soaring demand from data centers requiring modular and scalable solutions. Additionally, to build on the momentum of its 2023 acquisition of Alliance Air Products (AAP), Daikin Applied has expanded its capabilities with the construction of a second manufacturing plant to double capacity for AAP's custom air handler solutions. These strategic investments will allow Daikin Applied to meet the surging demands of data centers while ensuring operational excellence and an unrivaled experience for all customers. High-performance cooling eco-systems To support the unique demands of data centers, Daikin Applied has launched a global data center business unit, led by industry veteran Greg Jeffers, Vice President of Data Center Solutions. Jeffers emphasized the significance of Daikin Applied's investment in the data center market saying, "Our mission is to lead the data center industry forward with scalable, reliable, high-performance cooling eco-systems that are easily deployable and act together to protect our customer's valuable infrastructure. With our dedicated data center business unit and expanded resources, we're ready to solve the most demanding cooling challenges in the most complex data center environments." Jeffers brings extensive experience in navigating the complexities of data center operations and will be joined by an expanded Solutions Architects team focused on supporting their customer's continually evolving needs. High-performance data centers For decades, Daikin Applied has been a trusted pioneer in mission-critical HVAC, delivering solutions where reliability, resiliency and efficiency cannot be compromised. Backed by Daikin's global resources and investments in R&D, Daikin Applied is uniquely positioned to lead the way in the development of high-performance data centers. From server architecture and workload intensity to local climate, facility layout and operational pressures, Daikin Applied offers tailored, integrated solutions that combine the right technologies to create the perfect system for each data center. Whether designing from the ground up or optimizing for the future, intelligent, end-to-end data center cooling solutions begin with Daikin Applied.

Saudi Arabia’s construction sector continues to expand at an unprecedented pace, with more than $400 billion worth of projects in the pipeline under Vision 2030. Against this backdrop, the 2nd MEP International Conference (MEPIC 2025) will take place on 10–11 September 2025 at JW Marriott Riyadh, in Riyadh, KSA, bringing together regional and international stakeholders to discuss the evolving role of mechanical, electrical, and plumbing (MEP) systems in shaping the Kingdom’s future built environment. Maintenance of MEP systems The conference will convene over 250 senior professionals, including project owners, developers, architects The conference will convene over 250 senior professionals, including project owners, developers, architects, engineers, and contractors. Discussions will focus on how smart building technologies, sustainable practices, and automation are redefining the design, implementation, and maintenance of MEP systems across giga- and mega-projects, such as NEOM, Red Sea Global, Diriyah Gate, King Salman Park, and Qiddiya. Key Topics on the Agenda Advancing energy-efficient MEP solutions for high-performing buildings Integration of smart controls with next-generation HVAC systems Modular and prefabricated MEP systems in modern construction Building codes, sustainability certifications, and compliance The role of BIM and digital engineering in transforming MEP practices Fire protection, safety systems, and green MEP innovations Advanced systems and technologies for the built environment The two-day program will feature eight panel discussions, keynote sessions, and an exhibition of 25+ solution providers The two-day program will feature eight panel discussions, keynote sessions, and an exhibition of 25+ solution providers, including WSP, KEO, Dar Al Riyadh, SEPCO, El Seif, and pioneering facility managers showcasing advanced systems and technologies for the built environment. “MEPIC 2025 will serve as a platform for government agencies, developers, consultants, and solution providers to align on strategies that will accelerate Saudi Arabia’s journey toward sustainable and intelligent infrastructure,” said Leila Masinaei, Managing Partner – The Great Minds Group. Leila Masinaei adds, “The conference will highlight innovations in MEP systems that not only improve efficiency, but also ensure the Kingdom meets its ambitious sustainability targets.” Sponsors & Partners The conference is supported by pioneering global and regional players, including Midea, Akel, Daikin, GF Piping Systems, Mekar, Climatech, Victaulic, Rheem, General, Alwasail, Evapco, NAFFCO, ASHRAE Saudi Arabia Chapter, Alessawi, Gulf O Flex, Armstrong, and Tyne Gulf. Opportunities Business Growth: With the Saudi Arabian MEP services market projected to nearly double to USD 27.5 billion by 2030, the conference offers unmatched opportunities for solution providers to capture market share. Sustainability Leadership: Demand for smart and green MEP systems is expected to reduce energy consumption by up to 40% in new developments, aligning with Vision 2030’s environmental goals. Strategic Partnerships: Previous editions of MEPIC facilitated collaboration between 200+ senior decision-makers and 20+ solution providers, and MEPIC 2025 will build on this momentum to forge stronger government–industry alliances. Innovation Showcase: From modular and prefabricated systems to advanced fire safety and smart HVAC, MEPIC provides a stage for global and regional innovators to present cutting-edge solutions to decision-makers.

Meeting a project’s overarching design goals is vital in the building and construction sector. Creating a sustainable building could be one of these goals — driven by company commitments, federal policies, and state-based initiatives. However, the priorities of minimizing capital and long-term operating costs and maintaining project timelines often prevail.  Frequently, the perception in the industry is that these priorities — especially cost — are incompatible with designs and technologies that help decarbonize buildings. Cutting emissions and optimizing costs Organizations can take an incremental approach without compromising on cost However, our experience with heating, ventilation and air-conditioning (HVAC) systems has shown that cutting emissions and optimizing costs are not mutually exclusive when we leverage the right technologies and design strategies. Decarbonization isn't a one-time event. Reducing emissions is a continuous process with many paths. Organizations can take an incremental approach without compromising on cost. Finding the right balance requires weighing project priorities, the building’s environment, short- and long-range facility plans and available technology solutions. To achieve this balance, energy modeling is an essential tool. Weighing up design goals When it comes to sustainability and decarbonization in HVAC systems, there are three primary levers: electrification of heating using heat pumps, improving energy efficiency and using lower global warming potential (GWP) refrigerants. Cost priorities can often be aligned more easily with sustainability goals than expected Each project's physical environment and framework conditions will influence the mix of these three levers. Cost priorities can often be aligned more easily with sustainability goals than expected. For example, the local climate substantially impacts electrification.  In hotter climates, electrification is far easier than in cold ones, where heat pumps require much more electricity when heating. In extreme cold temperatures, heat pumps will eventually require a back-up like natural gas (NG) to provide supplemental heat. A hybrid system using NG as a back-up to the heat pump also avoids oversizing the heat pump to cope with the most extreme conditions – which only occur infrequently. Hybrid heating systems come into their own Hybrid systems can significantly reduce emissions compared to traditional fossil-fuel-only heating systems and save costs, especially in areas with access to cheap renewable electricity from solar PV plants, wind farms and hydro or geothermal sources. By switching over to NG when temperatures get too low or when insufficient renewable electricity is available, building owners can not only save costs but also hedge against grid outages in the coldest months of the year. It’s critical to pick the right point for your hybrid system to switch from one fuel source to another. By changing to the lowest rate — electricity or gas prices — at any particular time, you can save money while making significant CO2 savings. Alternatively, the time to switch could be based not only on energy costs but also on emissions reductions, allowing the designer to optimize around different design goals. Sustainability doesn’t necessarily command a premium A study from the National Renewable Energy Laboratory demonstrates that decarbonization and broader sustainability goals can be achieved alongside other design goals. When comparing conventional school buildings with zero-energy schools — buildings that produce as much renewable energy as they need to operate — the NREL found that the latter offers several benefits. Zero-energy schools require less energy and offset demand using on-site renewable energy. Zero-energy schools require less energy and offset demand using on-site renewable energy The study indicates that zero-energy school buildings can be designed and built within conventional budgets — and they can cost less. By applying an integrated approach to design and construction, the extra cost of the zero-energy systems can be offset by the greater efficiencies they facilitate. The study lists downsizing heating, ventilation and air conditioning among the benefits that help reduce capital and operational expenditures. However, as we have seen, balancing each building's inherent complexities is the key to achieving these benefits. This is where energy modeling comes into play. Balancing sustainability and design goals Energy models tie together all factors affecting HVAC design and installation. They are a tool for comparing many design alternatives quickly and cost-effectively to find the most appropriate solution to the project’s design goals.  Energy modeling can simulate various system configurations to show the effect of using different types of equipment, such as an electric heat pump compared to a conventional HVAC system. Modeling can also factor in decarbonization policy incentives that may affect the economics and viability of a proposed system. Various system-design options In addition, life-cycle analyses of different keys can provide a clearer long-term financial picture In addition, life-cycle analyses of different solutions can provide a clearer long-term financial picture. Models can forecast long-term costs, performance and return on investment of various system-design options, which can make it easier to get sign-off projects from investors. With its data-driven approach, energy modeling can also prevent overengineering that could lead to unnecessary expenses. A US Department of Energy study has shown that projects using energy modeling perform better and can have shorter returns on investment than those that don’t. The future of HVAC: A harmonized approach As sustainability codes, standards and regulations evolve throughout the US, energy modeling becomes increasingly vital for harmonizing environmental priorities with core design objectives — enabling balanced, effective solutions that drive greener, more resilient outcomes for buildings, businesses and the planet. By integrated advanced modeling practices into the design process, the HVAC industry can support the transition to a low-carbon future without sacrificing economic feasibility or operational efficiency. HVAC industry can support the transition to a low-carbon future without sacrificing economic feasibility. Example analysis A 54,000 ft² office building prototype, compliant with ASHRAE 90.1 standards, was modeled in Denver, Colorado, using Daikin Applied EA Pro software, powered by the US DOE’s EnergyPlus simulation engine. Rebel® heat pump rooftop units were assigned to serve the building. Two HVAC alternatives were analyzed for the heat pumps: (1) electric back-up and (2) gas back-up. The Environmental Protection Agency’s eGRID emission factors, representing the greater Denver regional grid, were used to calculate emissions, along with average electricity and gas utility rates for the region. Electric back-up scenario The results indicate that while total energy usage is lower with the electric back-up scenario—due to the higher efficiency of electric resistance heating compared to gas combustion—the annual utility costs and equivalent carbon emissions are lower with the gas back-up scenario. This is primarily because of higher electric utility rates and the electric emissions profile of the regional electric grid. The annual utility costs and equivalent carbon emissions. This example represents a specific scenario for demonstration purposes but highlights the importance of holistic, project-specific considerations when evaluating design alternatives to meet customer goals.

Integrating technology, data, and a nationwide network of contractors and distribution centers, Motili seeks to transform how HVAC services are delivered. With a focus on sustainability, energy efficiency, and cost savings, Motili helps property owners and contractors achieve their goals while promoting a greener future for the HVAC industry.  motili expansion Motili meets various industry needs, whether a property manager looking for streamlined HVAC solutions or a contractor seeking more jobs.  Motili started in upstate New York as One-HVAC, a marketing call center connecting contractors with homeowners. Born after the housing market crash in 2008, Motili expanded nationwide; in 2015, the headquarters moved to Denver, Colorado.   energy-efficient technologies Motili is equipped to provide high-quality, eco-friendly equipment and services Motili was acquired by Daikin in 2017 and supports some of the largest national accounts with HVAC services across industries such as single-family, commercial, military, and big-box retail. With the growing demand for sustainable, energy-efficient technologies, Motili is equipped to provide high-quality, eco-friendly equipment and services.   Growing HVAC businesses “We help HVAC contractors grow their business and keep their crews active,” says Matthew Sallee, Motili’s VP of National Accounts, and Marketing. “By providing them with sold jobs from our customers, we eliminate the need for bidding and costly marketing or advertising. We even offer job opportunities during the shoulder season to keep crews working year-round.”  advanced technology platform The advanced technology platform enables tracking of HVAC system details such as age, condition, and efficiency. Proactively, Motili can help customers identify potential system failures through preventative maintenance and planned replacement projects across portfolios, thus reducing costly downtime and extending equipment lifespan.   Reactively, the platform assists with unplanned repairs and replacements by dispatching jobs to a network of HVAC contractors, who receive job notifications via a mobile app. They also help customers select the best equipment for their needs, ensuring they get the most energy-efficient, reliable, and cost-effective system possible.  Customer benefits Customers benefit from seamless HVAC solutions, covering everything from unexpected repairs and replacements Motili connects property management customers across the country with a network of contractors who install high-efficiency equipment from Goodman and Daikin, powered by Motili’s technology platform. Customers benefit from seamless HVAC solutions, covering everything from unexpected repairs and replacements to large-scale projects with installations tailored to meet the needs of their entire portfolio.   preventative maintenance “We help manage nationwide portfolios with a focus on preventative maintenance and sustainable products, ensuring consistent comfort for tenants and cost savings for property owners,” says Sallee.  Data is crucial for property owners and managers to make informed decisions about HVAC systems. Motili enables property owners to leverage system data for proactive maintenance and capital planning.  key metrics “By aggregating and analyzing key metrics like system age, efficiency, and performance, we help property owners and managers identify inefficiencies and plan cost-effective solutions,” says Sallee. This allows them to prioritize investments and plan maintenance schedules with confidence, leading to improved system performance, reduced operational costs, and better long-term management of their HVAC assets.  job flexibility Contractors can optimize their schedules, keep their teams active year-round, and expand their business HVAC contractors can grow their business by partnering with Motili, gaining access to sold jobs they would not typically reach. With the mobile app, contractors benefit from a steady stream of jobs, removing the need for bidding and costly marketing efforts. With quick payments and the flexibility to choose jobs, contractors can optimize their schedules, keep their teams active year-round, and expand their business without the inefficiencies of traditional lead generation methods.   HVAC efficiency goals Leveraging technology, Motili seeks to help customers achieve their HVAC efficiency goals while reducing costs. Several key technologies industrywide are advancing the HVAC industry toward net zero: inverter technology, heat pumps, and low-GWP refrigerants. Daikin’s energy-saving inverter technology minimizes energy fluctuations, delivering consistent comfort and lower energy bills. When paired with a modern heat pump, this system provides efficient, year-round comfort using minimal electricity, transferring heat rather than generating it without burning fossil fuels.  R-32 refrigerant Finally, R-32 refrigerant has a low environmental impact. Compared to the refrigerants widely used such as R-22 and R-410A, R-32 has a global warming potential (GWP) that is one-third lower. Together, these innovations create cost-effective, reliable, and energy-efficient systems.