Yes. We provide complete HVAC solutions tailored to the needs of hotels, covering heating, cooling, domestic hot water production, and building automation. Every project is designed around the property's actual operational requirements and energy consumption profile, ensuring maximum guest comfort while minimizing operating costs and improving overall energy efficiency.
Yes. We offer solutions specifically designed for industrial facilities and demanding applications. Each system is tailored to the operational, production, and energy management requirements of the installation, with a strong focus on reliability, continuous operation, and long-term performance.
Yes. We provide complete HVAC solutions for offices, retail stores, and a wide range of commercial buildings. Every project is based on a thorough assessment of the building's specific requirements, creating a comfortable indoor environment for employees and visitors while ensuring lower energy consumption and improved operational efficiency.
Yes. We offer specialized HVAC solutions for swimming pools, spa facilities, and wellness centers. These systems are designed to maintain stable water and indoor temperatures while delivering high energy efficiency and reliable performance. They can also be integrated with building automation systems and dehumidification solutions to ensure optimal comfort, air quality, and efficient operation.
Yes. Every project is evaluated individually to develop the most suitable technical solution. Equipment selection, control systems, and automation are tailored to the specific operational requirements of the building, ensuring maximum flexibility, optimal performance, and the best possible long-term results.
Yes. We provide tailored HVAC solutions for greenhouses, warehouses, livestock buildings, and a wide range of agricultural facilities. Effective temperature control and ventilation are essential in these environments to ensure optimal operating conditions and energy efficiency. Every solution is customized to meet the specific requirements of each agricultural application, delivering reliable performance and long-term value.
Yes. Thermovent provides comprehensive consulting and technical support to contractors, engineers, and installers throughout every stage of a project. Our services include technical guidance, equipment selection, system design assistance, and installation support, ensuring that every application is implemented correctly, efficiently, and in line with the project's specific requirements.
Yes. We offer systems specifically designed for modern, high-energy-efficiency buildings. These solutions can be integrated with heat pumps, heat recovery ventilation (HRV) systems, and advanced building automation to maximize energy performance. The result is outstanding indoor comfort, reduced energy consumption, and long-term operational efficiency.
Yes. Many projects benefit from hybrid HVAC solutions that combine multiple technologies within a single system. For example, heat pumps can be integrated with fan coils, underfloor heating, and mechanical ventilation to deliver optimal comfort and energy performance. A properly engineered system design ensures seamless integration, efficient operation, and reliable performance across all technologies.
Yes. Compact and low-profile HVAC solutions are available specifically for renovation projects where installation space is limited. In many cases, these systems can be installed with minimal modifications to the existing building, reducing both installation time and disruption. The most suitable solution depends on the specific requirements and constraints of each installation.
Yes. We offer solutions designed for reliable operation even in remote or challenging locations. Careful equipment selection, robust system design, and ease of maintenance are key factors in ensuring dependable long-term performance. Technical support is also available whenever required, helping to ensure the successful operation of every installation.
Yes. High-capacity domestic hot water (DHW) systems are available for hotels, gyms, and other large commercial facilities. These solutions are engineered to meet peak hot water demand without compromising comfort or performance. They can also be integrated with hot water recirculation systems and advanced automation controls to maximize efficiency, ensure continuous availability, and optimize overall system operation.
Yes. Many modern HVAC systems support integration with Building Management Systems (BMS) and smart building platforms. This enables centralized control, energy monitoring, and advanced automation across multiple building systems. Such integration is particularly valuable in modern commercial projects, where it improves operational efficiency, simplifies facility management, and helps optimize energy performance.
Yes. We work closely with consulting engineers, architects, and engineering firms on a daily basis. Our team provides technical documentation, design guidance, and expert support in selecting the most appropriate solutions for each project. Our goal is to ensure the seamless integration of HVAC systems while delivering optimal performance, energy efficiency, and long-term reliability.
Yes. Advanced automation and energy management systems are available for projects with demanding control requirements. These solutions are tailored to the specific needs of each installation and can manage multiple HVAC and building systems simultaneously. By optimizing system coordination and operation, they improve energy efficiency, enhance overall performance, and simplify facility management.
Yes. Hybrid HVAC systems can be designed to combine different energy sources and technologies, providing greater flexibility, enhanced reliability, and improved energy efficiency. The optimal system configuration is tailored to the specific requirements of each project, ensuring the best balance between performance, operating costs, and long-term sustainability.
Equipment selection is based on the project's operational requirements, environmental conditions, and heating and cooling loads. Automation needs, system integration, and future scalability are also carefully considered during the design process. A thorough engineering assessment is essential to ensure optimal performance, long-term reliability, and maximum energy efficiency.
Yes. We offer solutions that support full integration with Building Management Systems (BMS) and centralized building automation platforms. This enables multiple HVAC installations and building services to be monitored and managed from a single interface, improving operational efficiency, energy management, and system performance. These capabilities are particularly valuable for hotels, commercial buildings, and other large-scale projects.
Yes. We offer systems specifically designed for applications with high-temperature requirements. The most suitable solution is selected according to the project's operational needs, system design, and operating conditions. Proper system sizing and engineering are essential to ensure reliable performance, maximum efficiency, and long-term operational reliability.
Energy efficiency in large-scale projects depends on proper system design, intelligent controls, and the correct selection of equipment. Building insulation and hydraulic balancing also play a critical role in optimizing overall system performance. By combining these elements, projects can achieve lower energy consumption, reduced operating costs, and reliable long-term efficiency.
Yes. In large-scale projects, multiple HVAC units can be centrally managed through advanced automation systems and Building Management Systems (BMS). This enables optimized load management, coordinated system operation, and improved overall reliability. Centralised control also simplifies maintenance, enhances system monitoring, and contributes to greater energy efficiency and operational performance.
Comprehensive after-sales support is provided to ensure the long-term performance and reliability of every installation. Our services include technical support, expert guidance, and operational assistance to help ensure the system performs as intended. In many cases, remote monitoring and diagnostic capabilities are also available, enabling faster troubleshooting and more efficient maintenance. This ongoing support helps maximize system reliability, optimize performance, and extend the operational life of the installation.
