276 Main Street, Amesbury, MA
New residential development | Low to Moderate income multi residential | High Efficient heat pump system | Energy Recovery Ventilator | ENERGY STAR® certified MEP design
This project consists of four residential cottages, each containing two apartment units, along with a centrally located administrative office building. The MEP systems were designed to support ENERGY STAR® performance goals while maintaining a cost-conscious approach suitable for low- to moderate-income housing.
The design emphasizes high-efficiency HVAC systems, enhanced indoor air quality, reduced water consumption, and smart electrical and lighting strategies to deliver long-term operational savings and occupant comfort.
Mechanical: High-efficiency heat pump multi-split systems providing dedicated room-by-room zoning with minimized ductwork to reduce energy losses and improve comfort.
Ventilation / Indoor Air Quality: Residential ERVs in each dwelling and a vertical air handler with built-in ERV in the administrative building to meet ventilation codes while improving HVAC efficiency.
Electrical: ENERGY STAR® certified LED lighting throughout, occupancy sensors in the administrative building, EV charging infrastructure, and efficient power distribution systems.
Lighting & Controls: Interior and exterior LED lighting with automatic controls and detailed photometric analysis to ensure code compliance, safety, uniform illumination, and Dark Sky considerations.
Plumbing: ENERGY STAR® certified SANCO₂ high-efficiency water heating system, low-flow plumbing fixtures, rainwater harvesting system, and water-efficient appliances to reduce water and energy usage.
Site & Infrastructure: Energy-efficient exterior site lighting, EV charging stations, and coordinated site electrical design to support sustainability and future expansion.
Sustainability & Energy Performance: Integrated MEP systems aligned with ENERGY STAR® criteria to reduce energy demand, operating costs, and environmental impact.
Our integrated MEP design delivers a balanced solution that combines energy efficiency, affordability, and long-term value. By selecting right-sized, high-efficiency systems and minimizing ductwork and mechanical space requirements, the design reduces initial construction costs while lowering ongoing utility and maintenance expenses.
Enhanced indoor air quality, dedicated HVAC zoning, and energy recovery ventilation improve occupant comfort and health, while ENERGY STAR® certified equipment, lighting, and appliances support sustainability goals and program compliance.
The inclusion of efficient site lighting, EV charging infrastructure, and future-ready electrical systems ensures the development remains adaptable, cost-effective, and operationally efficient throughout its lifecycle.