Building Survey & Feasibility Study

Feasibility studies are preliminary studies undertaken in the very early stage of a project. The purpose of Feasibility study is to collect the required input details from the client to do our load calculations.

Concept Design Submittal

We will prepare and submit a report of findings with options considered, evaluation criteria, and recommendations. And we will submit Design basis report will contain all load calculation report, System selections, Advantage of proposed system, Energy saving though innovative design, implementation of new technologies, Energy analysis & cost analysis.

Budgetary Proposal

Approximate budget estimation of proposed project which helps client to make their project budget.

Detail Design Development

Detail design document will contain final design basis report and final design drawings as follows:

Heating and Cooling Load Calculations

Performing heating and cooling load calculations for all conditioned building spaces to determine the zones and capacity of the new heating, ventilation, and air conditioning. Calculations will be based on: conduction and convection heat transmission, air ventilation and infiltration, solar heat gain, maximum anticipated staff and public occupancy, existing and future equipment, machines, appliances, and other internal building heat sources. Identify and locate all of the equipment, machines, appliances, and other similar internal building heat sources on the floor plans of the building. Include their BTU ratings so they can be used for the heating and cooling load calculations and future air conditioning system balancing.

HVAC Systems selections

The HVAC Design will comply with all applicable codes and provide a design for the air conditioning, ventilation, and controls, considering efficiencies, life cycle operating and maintenance costs, energy rebates and/or grants, costs and schedules, etc. Includes all equipment’s schedules on the drawings indicating the air conditioning equipment’s by symbol designation, name and estimated size or capacity in TR/BTU, GPM, gallons, etc. Include ventilation schedules for all building spaces. Indicate the location of all air conditioning equipment, all major piping, and all duct runs in the mechanical room and floors of the building.

Duct layout

The layout will be designed in such a way for maximum air distribution. We will provide a design which includes plenums, ductwork, blowers, registers, grills, diffusers, dampers, volume adjustment devices, controls, etc. And will provide for proper outside air ventilation and air change quantities for the building.

• Air Conditioning for Offices, Buildings
• Air Conditioning for Hospitals, OT, Laboratories etc.
• Air Conditioning for Malls, Hotels, Restaurants etc.
• Air Conditioning for Retail Stores, Supermarkets etc.

We provide Industrial Ventilation Services in India for below mentioned spaces.

• Commercial Kitchen Ventilation
• Industrial Ventilation.
• Roof (Ceiling ) Ventilation.
• Factory Ventilation.
• Building Ventilation
• Basement Ventilation.
• Parking Ventilation
• Warehouse Ventilation
• Pollution Control System

Air Cooling works on the principle of Evaporative Cooling and helps in industrial ventilation through air washers. Air washer is an effective, efficient and affordable way for ventilation of factories, basement, warehouses etc. and it provides desired human comfort cooling temperature. Unlike Central Air Conditioning which re-circulates the same air, air washer provides a steady stream of fresh air into the required space. This way air washer cost less than centralized air conditioning system and consumes less energy and power as it is done through natural evaporative cooling process..

Some of the advantages are:

• We are a trusted name in entire HVAC Industry and have executed similar projects with much caliber and precise technicalities.
• We stand out in terms of our professionals HVAC designers and experts HVAC engineers who make sure to complete the project with their experties.
• We have dedicated after sales team which takes care of periodic site inspections to make sure air washers are running smoothly.

Centralized Air conditioning is very known process to be used for changing the behavior of air to make the environment more comfortable. The defined aim of centralized air conditioning machines is to distribute the air at every corner of the space where it is installed. It is designed to offer more comfort for improving air levels within home, office or other big indoor areas.

Basically, air conditioning machines are used to manage the refrigeration cycle due to which air temperature remains cool. Often, evaporation or free cooling also works to keep the temperature down.

Our Services are:

• Centralized air conditioning for home & offices
• Centralized air conditioning for hospitals
• Centralized air conditioning for buildings
• Centralized air conditioning for hotels
• Centralized air conditioning for auditoriums etc

A balanced air controlling device which makes the air capable to breathe in is named as Air Conditioner. A fine composition of air when it comes out from AC consists: Oxygen, Nitrogen, Carbon Dioxide, and Inert Gases etc.

Placing air conditioners at right direction and choosing the right air conditioner are helping factors to offer best results. Air conditioning solution encompasses factors like: Heating, Cooling, Humidity control and Ventilation.

• To offer cooling facility for more than two rooms, packaged AC is required. There are two types of arrangements in this kind of air conditioner. High capacity blowers of these air conditioners are capable to manage cooling for large space. Proper compression and expansion of air, both of these tasks will be done accurately by us.
• Ductable AC is basically designed for single room usage. All related components as compressor, expansion value, condenser, cooling oil etc will be enclosed into single box which can be easily fixed by us.

VRV / VRF is a modern and sophisticated technology which helps in reducing electricity consumption by regualting refrigerant flow of liquid. Hence, the machine performs efficiently according to human occupancy, oreintation, direction of sun, heat generating equipment with a pay back period of approximately three and half years.

Placing air conditioners at right direction and choosing the right air conditioner are helping factors to offer best results. Air conditioning solution encompasses factors like: Heating, Cooling, Humidity control and Ventilation.

Advantages of VRV / VRF Systems

• ENERGY EFFICIENCY: VRF systems use less energy for several reasons. The system is designed to provide exactly the amount of cooling needed for the current conditions, which means it runs less frequently and at a lower capacity. The VRF system is also designed to capture heat from the cooling process and reuse it in other areas that may need heating.
• QUIET OPERATION: In a VRF system, the noisier condensing unit is typically outside, and the indoor air handlers are smaller and quieter than a traditional split system.
• CONSISTENT COMFORT: The VRF system’s compressor can detect the precise requirements of each zone, and send the precise amount of refrigerant needed to do the job. As a result, each area of your space is consistently comfortable with well-controlled humidity and no hot or cold spots.
• LESS DOWNTIME: Since the VRF system is designed to run only when needed and under partial-load conditions, there is less wear and tear on the parts. That means fewer breakdowns. Also, if something goes wrong with one air handler, often the others are unaffected. That means your whole space won’t be without air conditioning all at once.
• REQUIRES LESS SPACE: Since the air handlers are smaller and VRF systems don’t usually require ducts, they don’t require as much wall and ceiling space for the equipment. That means you get to keep those gorgeous high ceilings in your apartment.
• VRV AIR CONDITIONING INDIA: VRV systems are multi-split type air conditioners for commercial buildings those uses variable refrigerant flow control developed by Daikin.