AE Consulting

Back in September, we moved into our new workspace at The Icehouse Textile Centre, Level 4/125 Saint Georges Bay Road, Parnell, Auckland 1052. While it’s not exactly breaking news, we’re still excited to share this update with our network. The Icehouse is a hub for innovation and collaboration, and being surrounded by like-minded professionals has been incredibly inspiring. Our new location reflects our commitment to growing and providing even better service to our clients in the HVAC and sustainable building design sector. We’d love to have you drop by and say hello if you’re in the area! :) #NewWorkspace #Parnell #SustainableDesign #HVAC #AEConsulting #Innovation

How Can We Design for Better Indoor Air Quality? Good indoor air quality starts with strategic planning. At AE Consulting, we make sure fresh air intakes are carefully positioned away from potential pollutants like kitchen and bathroom exhausts to avoid recirculating contaminated air back into the building. How do we know how much separation distance we need? Standard such as 1668.2 outlines the minimum separation distances—1 meter for small systems and up to 6 meters for larger systems—ensuring safe and clean air flow. Looking to optimise air quality in your next project? Let’s talk about solutions that put health and compliance first. #IndoorAirQuality #AEConsulting #HVACDesign #BuildingStandards #CleanAir #SustainableBuildings #Architects

42.195km run complete! Breaking my limits feels incredible. This experience proved once again that with focus, positivity, and dedication, anything is possible. Just one step at a time, plus the support of some amazing people, can take you farther than you imagined. I’m extremely grateful for everyone who cheered me on and encouraged me along the way—your support made all the difference!

Grateful for our clients’ kind words! At AE Consulting, we're passionate about delivering quality mechanical engineering solutions tailored to meet project demands and timeframes. Thank you to our clients for trusting us. #ClientFeedback #SustainableEngineering #HVAC #BuildingBetter

HVAC Tip for Architects: Space Planning with Heat Pumps in Mind Effective space planning is crucial for ensuring the seamless integration of HVAC systems. When incorporating heat pumps into your design, considering clearance requirements and system sizes can make a big difference, especially in maintaining aesthetics and functionality. Here’s what to keep in mind: Clearance Requirements: Ensure adequate space around heat pump outdoor units for airflow and maintenance. Typically, you’ll need at least 300-500mm clearance at the back and sides, and 1 metre at the front. This ensures optimal performance and longevity of the system. Typical Sizes: Heat pump unit sizes vary depending on the building type and load. For example: Residential or small commercial buildings: Compact units (around 600-1000mm wide) are sufficient, making them easy to conceal in courtyards or on rooftops. Larger commercial buildings: More robust systems with larger outdoor units (up to 2 metres wide) may be required, often necessitating rooftop or dedicated plant room installations. Aesthetic Integration: Indoor units come in various sleek designs (wall-mounted, floor consoles, or ceiling cassettes) that can be tailored to fit the architectural style without taking up significant space. By planning for these aspects, you can ensure your heat pump installation meets both functional and design goals, whether it's for a residential home or a large commercial space. #HVAC #Architects #SpacePlanning #HeatPumps #DesignEfficiency #ClearanceRequirements #BuildingDesign #EnergyEfficiency

Ready for the answer? Here’s the truth about Sick Building Syndrome (SBS)! The correct answer is B. A group of symptoms experienced by occupants due to poor indoor air quality. SBS occurs when the indoor environment of a building, often caused by poor ventilation, faulty HVAC systems, or inadequate air filtration, leads to symptoms like headaches, dizziness, and fatigue among its occupants. Why does it matter? SBS can significantly impact health and productivity, especially during winter when buildings rely heavily on closed ventilation. Here’s how we can help: Improve Ventilation: Ensuring proper air circulation is key. HVAC Maintenance: Regular checks prevent system malfunctions. Air Quality Testing: We identify and address pollutants causing discomfort. Don’t let SBS affect your workplace! Reach out to AE Consulting today to ensure your indoor environment is healthy and safe. Contact us at +64 27 266 447 Visit www.aeconsulting.co.nz #SickBuildingSyndrome #IndoorAirQuality #HVACMaintenance #HealthyBuildings #WinterHVACTips #BuildingPerformance #AEConsulting 

How Much Do You Know About Sick Building Syndrome (SBS)? Let’s put your knowledge to the test! #SickBuildingSyndrome #HealthyBuildings #HVACSolutions #BuildingPerformance #OfficeHealth #AEConsulting #WinterHVACTips 

We recently completed a comprehensive review of a ground source heat pump (GSHP) system for a project in the South Island. Our analysis identified several opportunities to enhance energy efficiency and user comfort. Key Findings from Our Review: -Optimal System Sizing: Ensuring that the GSHP system is correctly sized can significantly improve performance and energy efficiency. -Comfort for All: While the current design heating setpoint for bedrooms is set at 18°C, we recommended increasing it for vulnerable groups—such as the elderly and young children—to enhance comfort and safety. -Pipe Sizing Compliance: Our review highlighted potential issues with pipe pressure drops exceeding Building Code limits. Addressing these will prevent increased operational costs and ensure optimal flow rates for efficient system performance. -System Selection Considerations: During our analysis, we evaluated alternative proposals that suggested shifting to different system types. It’s important to carefully weigh energy efficiency, redundancy, and long-term reliability when considering any changes to the original GSHP configuration. Ready to elevate your HVAC project? Don’t leave your energy efficiency to chance! Let AE Consulting navigate the complexities of GSHP systems to ensure optimal performance and comfort for your building. Contact us today at +64 27 266 447 or visit www.aeconsulting.co.nz to learn more! #EnergyEfficiency #GroundSourceHeatPump #SustainableDesign #HVAC #AEConsulting #BuildingSolutions #EcoFriendly #SmartDesign #Comfort #InnovativeEngineering

How Effective Ventilation Design Impacts Energy Efficiency Ventilation is often overlooked in building design, yet it is crucial for energy efficiency and indoor air quality. At AE Consulting, we prioritise designing ventilation systems that are both highly efficient and fully compliant with New Zealand’s Building Code Clause G4 (Ventilation) and H1 VM3 (Energy Efficiency) standards. Why is it so critical? Without effective ventilation, HVAC systems are forced to work harder, leading to increased energy consumption and higher costs. Thoughtful design can eliminate inefficiencies and enhance building performance. Here’s how: 1️ Controlled Airflow: We regulate fresh air intake and exhaust, minimizing heat loss and reducing the load on HVAC systems. 2️ Heat Recovery Ventilation (HRV): HRV systems capture exhaust heat and precondition incoming air, reducing energy use. 3️ Duct Sealing & Sizing: Properly sealed ducts prevent air leaks and optimize system efficiency, following best practices to limit pressure drops. 4 Optimized Fan Selection: Choosing energy-efficient fans and minimizing duct resistance reduces the energy required for air circulation. 5️ Natural Ventilation: Strategic placement of windows and passive ventilation reduces reliance on mechanical systems. The Benefits:  -Reduced energy costs  -Healthier indoor air quality  -Compliance and improved sustainability At AE Consulting, we design ventilation systems that meet regulatory standards and promote energy efficiency. Let’s work together to create sustainable solutions for your next project. Contact us: +64 27 266 4474 Visit: www.aeconsulting.co.nz #EnergyEfficiency #VentilationDesign #SustainableDesigne #SustainableLiving #GreenBuilding #IndoorAirQuality #EcoFriendly #BuildingDesign #EnergySavings #HealthyHomes #HVAC

As HVAC professionals, we often see the same issues cropping up again and again—mistakes that can hit your wallet harder than expected. Here are the top three: - Ignoring Thermostat Settings Not adjusting your thermostat seasonally or using outdated settings can lead to unnecessarily high energy bills. A simple tweak can make a world of difference! - Neglecting Dirty Air Filters Dirty filters restrict airflow, forcing your HVAC system to work harder. This not only increases your energy bills but also reduces indoor air quality, which can lead to health problems. Make sure to clean or replace those filters regularly. - Overlooking Regular Maintenance Skipping those annual check-ups? It might save you some time now, but it could lead to costly repairs and lower system performance in the long run. Regular maintenance is a must to keep things running smoothly. Avoid these mistakes to save energy and extend the life of your HVAC system! #HVAC #EnergyEfficiency #SustainableDesign #EnergyEfficiency #GreenBuilding #SmartBuildings #Indoorairquality #BuildingSolutions #Mechanicalengineering #renewableenergy #ecofriendly