Central Park Tower

AETECH HP7 – Precision Domestic Hot Water Control for a 98-Story Landmark

Accardi Companies is proud to showcase its involvement at the Central Park Tower, a 98-story architectural landmark and the tallest residential structure in the world with over 179 Luxury apartments.

Buildings of this magnitude require absolute precision in domestic hot water delivery. With extreme vertical distribution, multiple pressure zones, and thousands of daily occupants, even minor temperature or pressure inconsistencies can lead to system-wide inefficiencies or occupant discomfort.

Project Overview: Multi-Zone Domestic Hot Water at Extreme Height

To ensure accurate, safe, and reliable hot water delivery throughout the entire structure, the building utilizes Aetech HP7 electronic domestic hot water mixing valve stations across its multi-zone mechanical design.

These advanced electronic mixing stations were selected to support:

• Accurate temperature control across vertical pressure zones
• Consistent domestic hot water delivery at all elevations
• Rapid response to fluctuating demand loads
• Code-compliant anti-scald protection for occupant safety

Each zone is independently controlled, allowing the system to maintain precise hot water temperatures from the lowest levels to the highest residential floors.

Why Aetech HP7 Mixing Valve Stations Were Critical

Traditional mechanical mixing valves struggle in ultra-tall buildings where pressure differentials and demand swings are constant. The Aetech HP7 electronic mixing valve stations provide:

• Electronic temperature accuracy for stable DHW output
• Multi-zone scalability for complex vertical buildings
• Reliable performance under variable pressure conditions
• Enhanced monitoring and control capabilities

This technology ensures domestic hot water performance that matches the expectations of a world-class residential tower.

Accardi Companies’ Engineering-Driven Execution

For a project of this scale, Accardi Companies delivered an engineering-first approach focused on long-term reliability and operational stability.

Our involvement centered on:

• Application-specific system specification
• Multi-zone DHW design coordination
• Manufacturer-aligned equipment selection
• Solutions engineered for high-rise performance and longevity

This project reinforces Accardi Companies’ expertise in domestic hot water systems for ultra-high-rise and mission-critical buildings across New York City.

Built for the Most Demanding High-Rise Environments

From residential towers to mixed-use skyscrapers, domestic hot water systems must be engineered with precision—not approximated. One World Trade Center stands as a benchmark for how advanced DHW control technology enables comfort, safety, and efficiency at extreme scale.

Request a Free Domestic Hot Water Specification Quote

Designing or upgrading a high-rise domestic hot water system in New York City or beyond?

Request a FREE specification quote from Accardi Companies
Our team will evaluate your building height, zoning strategy, demand profile, and code requirements to deliver a fully engineered DHW solution tailored to your project.

Contact Accardi Companies today to ensure your domestic hot water systems perform flawlessly—no matter the height.