Canada 10.6.24

1. Canada's Net-Zero Energy-Ready Buildings We are Net Zero Consultant in Agile Advisors, A building that is net-zero energy ready is created using the same models, construction techniques, and design as a structure that is NZE, but without any installed off-site or on-site renewable energy components. To lower thermal demand and enable correctly sized space and water heating equipment, enhanced air sealing, higher insulation levels, and high-performance windows and doors are essential components of net-zero energy "readiness. “Less than 1% of buildings in Canada qualify as NZEr. By adopting strict NZEr building codes, we must swiftly increase the number of NZEr buildings built annually. This will not only help us meet our global climate goals, but it will also improve our building industry by bringing in investments and providing all Canadians with local, well-paying jobs in the clean economy. Agile Advisors provide Net Zero Carbon, in addition to improving building occupant comfort, these measures—such adding more insulation or installing better windows—also increase the structure's longevity and resilience in the case of natural disasters like power outages or forest fires. One prevalent misconception is that since renewable energy is so widely available at low cost, these steps are not necessary. Renewable energy sources are crucial to achieving net zero energy buildings, but only after significant reductions in energy loads have been achieved through the use of energy-saving techniques like the ones mentioned above. Modern energy codes, like the 2020 national model codes, usually adopt an "envelope-first" strategy that prioritizes improved insulation, higher airtightness levels, energy- efficient windows, and HVAC systems. Being a Net Zero in Agile Advisors, this strategy has the following advantages: Enhancements to the buildings' long-term resilience more comfortable and healthful indoor environment. Reduced energy requirements during the building's lifespan. The adoption of appropriately sized, cost-effective heating and cooling equipment can result in decreased equipment expenses. Future expensive retrofits will be less likely to be necessary for the building. Building owners and occupants can further minimize energy

2. waste in their facilities by opting for and utilizing energy-efficient lighting options, such LEDs, as well as high-efficiency ENERGY STAR® appliances and equipment. The Integrated Design Process (IDP) brings together all stakeholders in the building ecosystem to optimize the house as a system, taking a comprehensive and cooperative approach to building design and construction. We are a Net Zero Consultancy, building orientation, window optimization, and shading are examples of passive design techniques that reduce the energy consumption of the structure. Building performance and cost factors are better balanced when energy modeling is done during the design phase. A strategy to creating an airtight building envelope and ensuring balanced, whole-house ventilation is called "build it tight, ventilate right." A building's ability to provide a constant supply of clean, filtered air and regulate moisture is essential for its comfort, safety, and health. Heat is retained thanks to minimized thermal bridging and optimal insulation levels in the ceiling, walls, and flooring. In our role as Net Zero Consultant, Heat losses can be reduced and a more comfortable atmosphere can be created by choosing windows and doors based on their performance as well as size and orientation optimization. Energy use and emissions are decreased by appropriately scaled and energy-efficient HVAC equipment, such as air source heat pumps. Heat loss and energy consumption are reduced when energy- efficient hot water heating equipment is positioned close to the point of use. Lower operating energy demands are the result of energy-efficient appliances and lighting, such as those with EnergyStar® ratings. Benefit from lower energy loads by using renewable energy sources like solar photovoltaics (PV).