Enexio Power Cooling Solutions India: Powering Industry Through Smarter Cooling Solutions
How Uday and his team are delivering air-cooled condensers, cooling towers, and energy-efficient technologies for India’s growing industrial infrastructure.
Power generation is usually measured by what comes out of a plant: how much electricity it produces, how reliably it runs, and how efficiently it uses its resources. But somewhere in that calculation sits a less visible question. What happens to the heat generated by the process, and how much does that affect how a plant performs?
That question becomes harder to ignore when power producers are expected to manage rising demand, operating costs and the growing importance of water use. Cooling may sit behind the main act, but it has a direct bearing on how efficiently the entire operation can function. The technology chosen for it, therefore, carries more significance than its position in the process might suggest.
This is where Enexio Power Cooling Solutions India has established its role in the power-generation business. Led by Uday Naik, CEO, the company offers two distinct technologies: wet cooling solutions, including cooling towers, and dry cooling solutions, including air-cooled condensers. The distinction gives customers different ways to approach their cooling requirements, depending on the conditions and demands of their plants.
Among these offerings, Enexio’s air-cooled condensers combine high efficiency, robust construction, and proven technology with a history spanning more than 75 years. The ALEX tube bundles supplied with its air-cooled condensing systems provide what the company describes as the world’s best technological solution in this field.
The products are manufactured entirely at Enexio’s state-of-the-art manufacturing facilities in Chennai, India, adding local manufacturing strength to its established technological expertise. As a world leader in wet and dry cooling solutions, Enexio continues to focus on providing customers with the best value proposition across both technologies, helping power producers make cooling decisions that support the performance and reliability of their operations.
A Career Rooted in Industrial Infrastructure
Every professional journey begins with a particular understanding of the problems an industry faces. For leaders working with large-scale industrial systems, that understanding often develops through years of exposure to complex projects, demanding customers, and infrastructure requirements that extend far beyond a single facility. For Uday, the connection with cooling solutions emerged from a much broader professional experience in industrial equipment and energy-related sectors.
Uday has over 35 years of experience in the Energy, Oil and Gas Industry, supplying large capital industrial equipment, world-wide. Cooling Solutions is an important portion of the Power Generation Industry, which is vital for the country’s infrastructure development. Large Power Projects that NTPC is implementing are all with Dry Cooling Solutions, which is the flagship product of Enexio Power Cooling Solutions. Deeper market penetration and spreading the technological benefits of Enexio’s product lines in the form of a value proposition are the main goals to achieve at Enexio.
That professional background provides the starting point for understanding the company he now leads. His experience in major industrial sectors also connects directly with ENEXIO’s own long-standing presence in cooling technology.
From Global Heritage to an Established Indian Presence
A company’s approach to a market is formed not only by the technology it offers, but also by the history through which that technology has evolved. ENEXIO’s presence in India is rooted in decades of industrial experience, giving its operations a foundation that predates its current identity and ownership structure.
Enexio India, earlier known as GEA-BGR Cooling Solutions, has been the pioneer in the Indian Industry to bring Dry Cooling Solutions to India. Enexio India has been in the business of supplying Air Cooled Condensers and Cooling Towers for the last 35 years. BGR Group acquired Enexio Power Cooling Solutions, world-wide, in 2023 and is now operating as Enexio Power Cooling Solutions India Pvt Limited, headquartered in Chennai and having offices in several countries.
This history explains why the company’s work in India is closely associated with the development and supply of dry cooling systems. Its long-standing presence also created the platform from which ENEXIO could continue developing technologies aimed at improving performance, cost efficiency, and reliability.
Turning Engineering Innovation into Practical Advantage
Once a company has established its technical presence, the next question is how its innovations translate into measurable value for industrial users. In the case of ENEXIO, one of its most important technological differentiators is its patented ALEX Fin Tube Bundle design, developed to improve efficiency while reducing the structural and operational demands associated with air-cooled condensing systems.
ALEX Fin Tube Bundles are the Patented tube bundle design delivering lower back pressure and reduced fan power, providing a measurable efficiency advantage to the end users. The company’s State-of-the-Art Chennai manufacturing facility with an expanded capacity is ready to support India’s 660 MW, 800 MW, and future 1000 MW projects.
Several technological features contribute to this advantage:
- Construction provides a self-supporting structure.
- No roof frame system for bundle support is necessary.
- Continuous sequence of ALEX tubes leads to the shortest roof length possible.
- Brazing process between core tube and fin gives excellent heat transfer characteristics.
- Long-lasting connection due to brazing process with long expected lifetime.
- Less weight due to aluminum, also lower weight of supporting steel structure, significant cost advantage.
- Thousands of customers worldwide have satisfactorily used Air-Cooled Condensing systems with ALEX bundles for several decades.
The design therefore reflects a combination of engineering efficiency, structural simplicity, reduced weight, long-term durability, and proven global application. These advantages become especially significant when viewed against the larger industrial purpose cooling systems are expected to serve.
Making Cooling Central to Water Conservation
Cooling systems are often evaluated through their technical specifications, but their importance becomes clearer when considered in relation to the resources an industrial facility must preserve. For sectors such as iron and steel, where water availability and reuse can directly influence operating costs and sustainability, cooling is closely tied to the wider production cycle.
Cooling down the condensate that is produced by a Steam Turbine is quite essential to save water, which is the most expensive commodity, in the Iron & Steel Industry or, for that matter, any process industry. Hence, an effective cooling solution is a must for these industries to conserve water. The ALEX Tube bundle Air-Cooled Condensing System allows customers to conserve a huge quantity of water, which otherwise would be wasted in cooling down the condensate to make it usable and recirculated water.
By addressing condensate cooling through air-cooled systems, ENEXIO’s solutions support the recovery and reuse of water within industrial operations. The value of the technology consequently extends beyond the cooling process itself, influencing resource conservation across the plant.
Supporting Energy Efficiency and Environmental Responsibility
Water conservation is only one part of the efficiency equation. Industrial facilities must also manage energy consumption, particularly when their cooling systems operate alongside power generation, captive power production, and other energy-intensive processes. This makes the amount of power required to operate a cooling system an important consideration in overall plant performance.
Energy consumption is a big factor for any process industry. ENEXIO’s Air-Cooled Condensing Systems and Wet Cooling Solutions use the bare minimum power that is required to run these systems, thereby providing an effective solution in consumption and captive power production. The company’s cooling solutions do not emit any emissions that are harmful for nature.
The emphasis on minimum power consumption and environmental responsibility places cooling within the larger conversation around efficient industrial operations. Achieving these benefits at scale, however, requires the ability to respond to different plant conditions and project-specific engineering requirements.
Learning From the Demands of Every Project
No two industrial projects present exactly the same combination of technical, environmental, structural, and operational requirements. Even when facilities belong to the same sector, their cooling needs can differ depending on capacity, process design, site conditions, and performance expectations. ENEXIO’s experience across more than 1,000 projects globally has therefore involved addressing a wide range of engineering challenges.
Each project throws up a different challenge in designing a suitable cooling solution, and the inhouse large Engineering and R&D team provides the best solutions for these problems.
The company’s ability to respond to these variations depends on the strength of its engineering and research capabilities. That experience also informs the way ENEXIO approaches customers before a final system is selected, ensuring that the design process begins well before the purchase order is placed.
Understanding Requirements Before Designing the Solution
Cooling requirements are closely connected to the wider design of a plant. A solution selected without understanding the customer’s process, operating conditions, and future requirements may fail to deliver the expected efficiency or value. ENEXIO therefore places its sales and engineering teams at the early stages of project development, where technical needs can be understood in detail.
ENEXIO’s Sales and Engineering teams get involved in designing the most optimal cooling solutions with the customers during their front-end engineering and design stage. This allows the company to understand the requirements of the customers and work with them throughout their design phase. By the time the customer is ready to order the cooling systems for their projects, ENEXIO is ready with the most optimum solution or solutions for their requirements.
The company has also developed an advanced cooling solutions selection software, which provides the most optimised solution to meet customer requirements.
Early involvement allows the cooling system to be considered as part of the plant’s overall design rather than as an isolated purchase. It also creates an opportunity to demonstrate the technical and commercial implications of different choices before the project reaches the ordering stage.
Changing the Way Customers Prioritise Cooling
Despite its importance, cooling has historically been treated by many customers as a secondary consideration, often addressed only after other major plant systems have been finalised. Changing that mindset requires more than presenting a product. It requires customers to understand how the right cooling design can influence water use, energy consumption, operating efficiency, and long-term project value.
Most customers used to treat the cooling solutions as their last priority until ENEXIO started educating them about the advantages of its ALEX Tube Bundle design, which provides them with the best possible and most effective cooling solutions. ENEXIO always includes its Value Proposition while submitting proposals, which showcases the technical and commercial benefits to the end users while selecting the most optimum solution.
This approach allows the company to move the discussion from basic equipment supply to measurable value. By presenting both technical and commercial benefits, ENEXIO seeks to ensure that cooling decisions are made with a clearer understanding of their long-term consequences.
Developing the Next Generation of Cooling Efficiency
The effort to improve customer awareness is accompanied by continuous development within the technology itself. As industrial facilities pursue more compact, efficient, and resource-conscious systems, cooling technologies must continue to evolve in response to changing capacity requirements and operating expectations.
At ENEXIO India, the company is continuously developing and optimising its ALEX Tube Bundle design as well as its Cooling Tower designs to make them the most compact and most efficient technologies. The various Iron and Steel customers can always make use of these optimised solutions for their cooling requirements.
The continued optimisation of both ALEX Tube Bundle systems and Cooling Tower designs reflects the company’s focus on improving performance while making its solutions increasingly suitable for modern industrial projects, including the larger capacities emerging in India.
Creating Value Beyond Project Completion
For a cooling technology provider, the relationship with a customer does not end when equipment is supplied or a project is commissioned. The long-term measure of success lies in whether the system continues to meet operational expectations and whether the customer feels that the technology, service, and engineering support delivered meaningful value.
At ENEXIO India, every single order that a customer places is valued. The company goes to extremes to provide the best technological solutions to customer requirements. Its goal is “to establish Enexio India as an industry leader driven by innovation, digital transformation, operational excellence, and providing an exceptional customer value.”
That vision brings together the different strands of ENEXIO’s journey: Uday’s extensive industrial experience, the company’s decades of heritage, its patented technology, its focus on water and energy efficiency, its engineering capabilities, and its commitment to understanding customers at an early stage. Together, they define an approach in which cooling is treated as a vital part of smarter, more efficient, and more sustainable industrial infrastructure.