Professional Design Services That Match Your Building's Heating and Cooling Needs
Professional design services that match your building's heating and cooling needs with the right equipment and controls
5 Highlights on HVAC System Design
HVAC system design is the engineering process that determines equipment selection, duct sizing, airflow calculations, and control sequences for your building's mechanical systems. Our design engineers perform load calculations to size chillers, boilers, air-handling units, and rooftop units based on your facility's thermal requirements. We create mechanical plans showing ductwork layouts, piping networks, and equipment locations that meet ASHRAE standards and local mechanical codes. Every design includes sequence of operations for building automation systems, DDC controllers, and zoning systems. Our commissioning agents verify that installed equipment performs according to design specifications and achieves target efficiency ratings like SEER, EER, and COP values.
- Load calculations determine peak cooling loads and heating loads for accurate equipment selection
- Duct sizing and pipe sizing ensure proper airflow distribution and hydronic system performance
- Energy recovery systems like ERVs and HRVs reduce operating costs through heat recovery
- Building automation integration provides DDC control of VAV boxes, dampers, and terminal units
- Code compliance documentation satisfies mechanical code requirements and energy code standards
Why Choose Our HVAC System Design
Our mechanical engineers and HVAC engineers bring decades of experience designing central plants, air distribution systems, and thermal control solutions for commercial buildings. We perform detailed CFM calculations and static pressure calculations to size ductwork that delivers conditioned air without excessive noise or energy waste. Our design process includes equipment selection for chillers, boilers, heat pumps, and packaged units from top manufacturers, ensuring you get reliable performance and strong warranty coverage. We specify variable frequency drives, economizer controls, and demand control ventilation to reduce energy consumption while maintaining indoor air quality and thermal comfort.
Every mechanical system we design includes comprehensive control sequences that coordinate supply air temperature, building pressurization, and humidity control across multiple zones. Our design drawings show equipment room layouts, mechanical plans with duct systems, and P&IDs for hydronic piping networks. We work closely with sheet metal contractors, controls contractors, and balancing contractors during installation to ensure the built system matches design intent. Our commissioning services include startup procedures, testing protocols, and performance verification that confirms your new HVAC system operates efficiently and meets all design conditions.
Signs You Need HVAC System Design
New Construction or Major Renovations
Your building needs professional HVAC system design when you're constructing new facilities, adding square footage, or replacing aging mechanical equipment that no longer meets your heating and cooling requirements. Existing buildings with comfort complaints, temperature control problems, or high energy bills often have undersized equipment, poorly designed duct systems, or inadequate ventilation rates that only proper system design can fix. If your facility manager reports constant service calls, your maintenance technicians spend excessive time troubleshooting equipment failures, or your utility costs keep climbing despite repairs, your mechanical system likely wasn't designed correctly for your building's thermal loads.
Renovations and Tenant Improvements
Renovations and tenant improvements require updated load calculations because changes to building envelope, occupancy levels, or equipment density alter your cooling load and heating load requirements. You can't simply add another rooftop unit or split system without analyzing how it affects air distribution, building pressurization, and existing ductwork capacity. Buildings with indoor air quality complaints need ventilation system design that calculates proper outdoor air quantities, specifies makeup air units or energy recovery ventilators, and integrates CO₂ sensors for demand control ventilation.
Energy Efficiency Improvements
Facilities pursuing energy efficiency improvements benefit from system design that evaluates high-efficiency chillers, variable refrigerant flow systems, radiant heating, or district energy connections. Our design engineers model different equipment configurations, compare seasonal efficiency ratings like SEER and AFUE, and calculate payback periods for upgrades. If you're installing building automation systems or upgrading from pneumatic controls to DDC systems, you need control sequences and system integration design that coordinates thermostats, sensors, actuators, and VFDs across your entire mechanical plant.
Professional Design Services That Match Your Building's Heating and Cooling Needs
Professional design services that match your building's heating and cooling needs with the right equipment and controls
5 Highlights on HVAC System Design
HVAC system design is the engineering process that determines equipment selection, duct sizing, airflow calculations, and control sequences for your building's mechanical systems. Our design engineers perform load calculations to size chillers, boilers, air-handling units, and rooftop units based on your facility's thermal requirements. We create mechanical plans showing ductwork layouts, piping networks, and equipment locations that meet ASHRAE standards and local mechanical codes. Every design includes sequence of operations for building automation systems, DDC controllers, and zoning systems. Our commissioning agents verify that installed equipment performs according to design specifications and achieves target efficiency ratings like SEER, EER, and COP values.
- Load calculations determine peak cooling loads and heating loads for accurate equipment selection
- Duct sizing and pipe sizing ensure proper airflow distribution and hydronic system performance
- Energy recovery systems like ERVs and HRVs reduce operating costs through heat recovery
- Building automation integration provides DDC control of VAV boxes, dampers, and terminal units
- Code compliance documentation satisfies mechanical code requirements and energy code standards
Why Choose Our HVAC System Design
Our mechanical engineers and HVAC engineers bring decades of experience designing central plants, air distribution systems, and thermal control solutions for commercial buildings. We perform detailed CFM calculations and static pressure calculations to size ductwork that delivers conditioned air without excessive noise or energy waste. Our design process includes equipment selection for chillers, boilers, heat pumps, and packaged units from top manufacturers, ensuring you get reliable performance and strong warranty coverage. We specify variable frequency drives, economizer controls, and demand control ventilation to reduce energy consumption while maintaining indoor air quality and thermal comfort.
Every mechanical system we design includes comprehensive control sequences that coordinate supply air temperature, building pressurization, and humidity control across multiple zones. Our design drawings show equipment room layouts, mechanical plans with duct systems, and P&IDs for hydronic piping networks. We work closely with sheet metal contractors, controls contractors, and balancing contractors during installation to ensure the built system matches design intent. Our commissioning services include startup procedures, testing protocols, and performance verification that confirms your new HVAC system operates efficiently and meets all design conditions.
Signs You Need HVAC System Design
New Construction or Major Renovations
Your building needs professional HVAC system design when you're constructing new facilities, adding square footage, or replacing aging mechanical equipment that no longer meets your heating and cooling requirements. Existing buildings with comfort complaints, temperature control problems, or high energy bills often have undersized equipment, poorly designed duct systems, or inadequate ventilation rates that only proper system design can fix. If your facility manager reports constant service calls, your maintenance technicians spend excessive time troubleshooting equipment failures, or your utility costs keep climbing despite repairs, your mechanical system likely wasn't designed correctly for your building's thermal loads.
Renovations and Tenant Improvements
Renovations and tenant improvements require updated load calculations because changes to building envelope, occupancy levels, or equipment density alter your cooling load and heating load requirements. You can't simply add another rooftop unit or split system without analyzing how it affects air distribution, building pressurization, and existing ductwork capacity. Buildings with indoor air quality complaints need ventilation system design that calculates proper outdoor air quantities, specifies makeup air units or energy recovery ventilators, and integrates CO₂ sensors for demand control ventilation.
Energy Efficiency Improvements
Facilities pursuing energy efficiency improvements benefit from system design that evaluates high-efficiency chillers, variable refrigerant flow systems, radiant heating, or district energy connections. Our design engineers model different equipment configurations, compare seasonal efficiency ratings like SEER and AFUE, and calculate payback periods for upgrades. If you're installing building automation systems or upgrading from pneumatic controls to DDC systems, you need control sequences and system integration design that coordinates thermostats, sensors, actuators, and VFDs across your entire mechanical plant.
