Skip to main content
Anonymized architectural visualization of the Highlands Hearth mountain residence.Installed project

Aspen, Colorado

Highlands Hearth

ResidentialSolar + storageWhole-home backup

Completed project record. Approved technical facts and outcomes are preserved while property names and identifying details are withheld or generalized.

Project overview

Highlands Hearth

"Highlands Hearth" serves a substantial three-level residence near Aspen Highlands. The property has a more traditional mountain character than many contemporary Aspen homes, with warm wood finishes, sloped rooflines, and a lower-level garage integrated into the site.

The completed system combines 150 kWh of battery storage, 72 kW of power capacity, and a 25 kW solar array. An integrated control strategy coordinates 156 loads across the 1200A service, keeping battery capacity, solar contribution, real-time demand, and whole-home operating priorities connected.

System profile

System profile

Battery storage
150 kWh
Power capacity
72 kW
Solar
25 kW PV array
Generator
Not included in scope
Controlled loads
156
Electrical service
1200A
Backup scope
Whole home
Project stage
Installed project

System architecture

System architecture

  1. Utility + solar
  2. Controls
  3. Battery storage
  4. Managed whole-home loads

Technologies and considerations

Technologies and considerations

  • Solar contribution
  • Battery storage
  • High-density load management
  • Whole-home backup
  • Large-service coordination

Technical details

Technical details

Dark rooftop solar modules aligned with the roof geometry of a mountain residence.
01Rooftop PV array
Wall-mounted battery cabinets and closed electrical panels in a dedicated equipment room.
02Battery-system integration
Organized whole-home load-management cabinets in a residential electrical room.
03Distributed load controls

Outcome

Whole-home resilience across a 1200A residential service, with 156 loads coordinated around available power and stored energy.

Your project

Planning a system with similar constraints?

Start with operating requirements, site conditions, technical scope, and delivery responsibility.

Discuss your project