Construction Services

Electrical & Mechanical

Kiwi Newton is a single source for planning, designing, fabricating, constructing and maintaining projects. Our electrical & mechanical services are a further extension of our vertically integrated approach.

Services

Electrical System Design and Installation

Power Distribution Design:
Designing and implementing the building’s power distribution systems, including main electrical panels, transformers, and circuit breakers.

Lighting Design:
Planning and installing energy-efficient lighting systems, including interior, exterior, and emergency lighting, with a focus on sustainability and user comfort.

Electrical Safety Systems:
Designing and installing essential safety systems such as fire alarms, emergency lighting, and surge protection.

Renewable Energy Integration:
Planning and installing renewable energy systems like solar panels, and ensuring they integrate seamlessly with the building’s electrical infrastructure.

Mechanical System Design and Installation

HVAC System Design:
Designing and installing heating, ventilation, and air conditioning systems that ensure optimal indoor air quality and thermal comfort.

Plumbing and Water Systems:
Designing and installing plumbing systems for water supply, waste management, and stormwater drainage, including advanced water conservation systems.

Fire Suppression Systems:
Implementing fire suppression systems, such as sprinklers and specialized systems for sensitive areas, ensuring compliance with safety regulations.

Building Automation Systems: Integrating mechanical systems with building automation controls for efficient and centralized management of HVAC, plumbing, and other mechanical functions.

Geothermal and Radiant Heating/Cooling:
Designing and installing energy-efficient geothermal systems and radiant heating/cooling systems that utilize the building’s thermal mass for sustainable temperature control.

System Integration and Commissioning

System Coordination and Integration:
Ensuring that electrical and mechanical systems are fully integrated and coordinated with other building systems, including automation and security.

System Testing and Commissioning:
Conducting thorough testing and commissioning of all electrical and mechanical systems to verify their performance and ensure they meet design specifications.

Building Information Modeling (BIM) for MEP Systems:
Using BIM tools to model and coordinate the installation of electrical and mechanical systems, ensuring accuracy and reducing the potential for conflicts during construction.

Maintenance and Support Services

Preventive Maintenance Programs:
Developing and implementing preventive maintenance schedules to ensure the long-term performance and reliability of electrical and mechanical systems.

System Upgrades and Retrofitting:
Providing services to upgrade or retrofit existing electrical and mechanical systems to improve efficiency, capacity, or compliance with new regulations.

Energy Management and Optimization

Energy Audits:
Conducting detailed energy audits to identify areas where electrical and mechanical systems can be optimized for better energy efficiency and reduced operating costs.

Energy Management Systems (EMS):
Installing and managing EMS that monitor and control energy usage across the building, helping to minimize waste and lower utility costs.

Sustainability Consulting:
Advising on sustainable practices and technologies, including the integration of renewable energy sources and energy-efficient system designs.

Compliance and Certification

Regulatory Compliance:
Ensuring all electrical and mechanical systems comply with local, provincial, and federal regulations, including safety and environmental standards.

Certification Support:
Assisting with obtaining certifications such as LEED or other energy and environmental certifications by ensuring that electrical and mechanical systems meet the necessary criteria.

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Electrical & Mechanical FAQs

What is involved in the design and installation of electrical systems?

Electrical system design and installation encompass everything from power distribution to lighting and safety systems. Kiwi Newton handles the entire process, including designing power distribution systems, installing energy-efficient lighting, integrating smart building technologies, and ensuring all safety systems like fire alarms and surge protection are properly implemented.

How does Kiwi Newton ensure energy efficiency in lighting design?

We prioritize energy efficiency by designing and installing lighting systems that use the latest technology, such as LED lighting and smart controls. Our lighting designs focus on sustainability and user comfort, ensuring optimal performance while minimizing energy consumption.

How does Kiwi Newton integrate renewable energy into building projects?

We design and install renewable energy systems, such as solar panels, that seamlessly integrate with the building’s existing electrical infrastructure. Our approach ensures that renewable energy sources contribute effectively to the building’s overall energy needs, reducing reliance on traditional power sources and lowering energy costs.

What does mechanical system design and installation include?

Mechanical system design and installation cover HVAC systems, plumbing, water management, and fire suppression systems. Kiwi Newton designs these systems to ensure optimal performance, compliance with safety standards, and integration with the building’s overall infrastructure, including automation systems for centralized control.

What are geothermal and radiant heating/cooling systems?

Geothermal systems use the earth’s stable temperatures to heat and cool buildings efficiently, while radiant heating/cooling systems utilize the building’s thermal mass to maintain comfortable indoor temperatures. Kiwi Newton designs and installs these systems to provide sustainable and energy-efficient temperature control solutions.

What are the benefits of using Building Information Modeling (BIM) for MEP systems?

Using BIM for Mechanical, Electrical, and Plumbing (MEP) systems allows us to accurately model, coordinate, and manage system installations. This reduces the potential for conflicts during construction, enhances precision, and ensures that all systems are integrated seamlessly into the overall building design.