Electrical Engineering
DESIGNS FOR OPERATIONAL, EFFICIENT AND CONTROLLED BUILDINGS.
Our team’s experience and proficiency in electrical engineering and systems design includes site utility planning, primary power distribution centers, and the delivery of power to all required points across a wide array of facility types. CJD has significant expertise in electrical system design, including related specialty systems such as lighting and lighting controls; photovoltaic systems; data and communication systems; Building Automation and Energy Management Systems (BAS/EMS); and life safety, fire alarm, access control, and security systems.
CJD offers a comprehensive range of engineering services encompassing a wide variety of systems.
Lighting system controls involve the design and installation of advanced lighting control systems that provide automated lighting control, daylight harvesting, occupancy sensing, and other energy-saving features, and require careful selection and integration of equipment and software.
Architectural lighting systems involve the design and installation of lighting systems that enhance the aesthetic appeal of buildings and outdoor spaces, and require careful consideration of the building’s architecture, user needs, and energy efficiency.
Emergency power generation involves the design and installation of backup power systems, such as generators and uninterruptible power supplies, to ensure uninterrupted power supply during power outages, and require careful selection and sizing of equipment based on the building’s power requirements.
Power distribution systems involve the design and installation of electrical systems that distribute power from the main electrical service to various building systems, such as lighting, HVAC, and equipment, and require careful selection and sizing of equipment based on the building’s power requirements.
Photometric analysis involves the measurement and evaluation of light levels and distribution in indoor and outdoor spaces, and is used to optimize lighting design and energy efficiency.
Communications systems involve the design and installation of structured cabling, wireless networks, and other communication infrastructure to support voice, data, and video communications within a building, and require careful planning and integration with other building systems.
Energy recovery systems and water heating systems involve capturing waste heat from various building systems and using it to provide hot water or heating, and require careful design and integration with other systems to ensure optimal performance and efficiency.