ENERGY CONSERVATION

ENERGY MANAGEMENT SYSTEMS

ENERGY MANAGEMENT SYSTEMS

current software platforms bac utilize self-adapted artificial intelligence technology to proactively optimize the energy consumption across a building or campus.  Using deep learning and cloud-based computing, Donovan Energy can provide solutions which will autonomously optimize existing Heating, Ventilation, and Air Conditioning (HVAC) control systems for maximum impact on energy consumption.

LIGHTING

LIGHTING

Solid-state lighting systems are a proven lower energy solution. The next generation of these lights is driving down electric consumption and providing a quality of light that closely matches natural daylight. The digital nature of these lights has advanced technology in how the light levels are controlled. The introduction of the digital ballast alongside software packages further optimize light levels and power consumption driving efficiency.  Our sports lighting fixtures have been approved by the major US and International broadcasters and will become the next standard in lighting.

MECHANICAL SYSTEMS

MECHANICAL SYSTEMS

Warming, cooling, and moving air through a building is typically over 50% of a building’s energy consumption.  Our team will work closely with our client’s facility and building engineering teams to understand the complexities of the system unique to how the building is programmed and utilized and then deliver solutions for chilled water, hot water and air systems that can save significant energy and cost.

ELECTROCHROMIC GLASS

ELECTROCHROMIC GLASS

Windows are critical to building design as they allow light to enter while protecting the inhabitants from the elements. However, untreated glass allows the transmissivity of heat affecting building comfort. EC glass allows a building owner to control the amount of light and heat that enters a building. This ability to manage the solar radiant heat gain has been shown to result in a significant reduction in HVAC energy. These windows have the added benefit of dramatically reducing glare eliminating the need for window treatments such as blinds or shades resulting in unobstructed views for the occupants of a building.