Our Services and Solutions
1. High-Efficiency, Flexible Retrofit & Upgrade Solutions
An upgrade or replacement of your inefficient or unreliable HVAC equipment offers you significant energy savings and improves sound levels, indoor air quality, and reliability as well as the net operating income and value of your building asset.
Hindair Solutions has a long tradition of developing innovative air handler retrofit and replacement solutions that are reliable, efficient, high performance, and perfect for solving installation challenges and space constraints with minimal disruption to building occupants or processes.
Our efficiency innovations can help you save energy and lower operating costs, while contributing to LEED® Certification points.
• FANWALL TECHNOLOGY® for air handlers offers optimized airflow and energy efficiency, quiet operation, and reduced maintenance and service.
• Energy Recovery Systems are favored by ASHRAE Std. 90.1 to use energy recovery whenever possible. We have the expertise and variety of options to help you with your energy recovery application.
• High efficiency Filters
• Double stage air washer
FANWALL TECHNOLOGY incorporated in air handlers can result in significant savings in unit length versus conventional fans, which can provide added space in crowded mechanical rooms.
We design our air handlers with ample indoor service access and walk-in vestibules to simplify service and maintenance on fans, coils, compressors, controls, and other critical components. We offer custom solutions with specialized anti-corrosive materials like aluminum and stainless steel for demanding applications. And we manufacture our own custom Coil, so we can deliver replacement parts under tight deadlines.
Fast and easy EC upgrades
Non-EC+ fans installed in HVAC systems represent up to 60% of the total energy consumption. Our complete plug-and-play solutions guarantee easy and fast retrofit of existing installations without unnecessary replacement of whole AHUs or HVAC systems. Upgrading to EC solutions fans radically reduces energy consumption and maintenance costs, hence increases the efficiency of the whole HVAC system. Retrofit works are often completed in less than 10 hours. The steps from upgradeable candidate to an optimised and energy-efficient EC+ AHU system are outlined below.
STEP 1 – Site study
In the site study, the existing HVAC system installations are analysed and described to best under-stand the requirements. The study is free of charge and gives an indication of the number of achievable benefits, including potential savings and ROIs.
STEP 2 – Estimation
The findings from the site study go into a detailed estimation, which summarises the potential savings in energy consumption, the carbon footprint and the Total Cost of Ownership (TCO) that are achievable .The estimates include an indication of the cost of the EC+ solution.
STEP 3 – Proof of concept
The feasibility is verified in an initial trial installation to confirm the estimates. It includes the following.
- measurement and removal of the existing fans in the HVAC system
- installation of Fan
- operation and measurement of the new fans
STEP 4 – Site upgrade
After completion of the PoC and with convincing results, a detailed plan for savings and cost of the entire retrofit-project is drawn up. The upgrade is usually completed in a single or few stages.
2) Design build project for industrial application , Hospital, Pharmaceutical , food industry.
• Clean rooms
• Ventilation projects
• Temperature and Humidity control
• IAQ project
• OT room