Davenergy Solutions is a leader in the field of hospital design, medical planning, and construction development. By understanding cultural and business needs, we help clients realize their organization’s vision and potential through responsive, innovative, and sustainable design. We achieve this through multidisciplinary collaboration, knowledge sharing, detail-oriented engineers with former facility management, and pre-design investigation.
We utilize our years of medical design experience and facility management/operational experience to assist with development, redesigns, and workflow optimization immersed in a logical, actionable approach. Drawing on our experience of healthcare facility operations and processes that we have developed working similar projects since 2009, we can gauge the value and risks of the project and make recommendations accordingly.
Facility Energy Assessment
Davenergy conducted a facility energy assessment (EA) project for three VA medical campuses encompassing 5,039,000 square feet at VAMC West Los Angeles, VAMC Sepulveda, and
ASHRAE Level 1 Energy Assessment
Davenergy conducted ASHRAE Level 1 energy assessments on two major and several minor buildings encompassing 59,630 square feet at USDA – ARS Logan. The energy
ASHRAE Level 1 Energy Assessment
Davenergy conducted ASHRAE Level 1 energy assessments on two major and several minor buildings encompassing 59,630 square feet at USDA – ARS Logan. The energy
ASHRAE Level 2 Energy Audits, RCx Analysis
Davenergy conducted a detailed ASHRAE Level 2 energy audit, retro-commissioning analysis, combined heat and power analysis, renewable energy analysis, and measurement and verification recommendations for
IMCOM Energy Awareness Conservation Assessment
Davenergy is providing ASHRAE Level I audits for twelve US Army Garrisons each year, for four years, for assessing the Garrison energy use in relation
VAMC Long Beach
Davenergy evaluated 47 buildings, encompassing 1,359,753 square feet, at VAMC Long Beach in VISN 22. The energy assessment included a building-by-building evaluation of existing conditions
