Welcome to our article on advancing environmentally sustainable design (ESD) in Yarra City Council. As a leading advocate for sustainable architecture and green building practices, we are committed to creating a more environmentally-friendly built environment. By prioritizing ESD in building projects, we aim to reduce our carbon footprint and promote a healthier and more sustainable way of living.
Key Takeaways:
- Yarra City Council is dedicated to advancing environmentally sustainable design (ESD).
- Sustainable architecture and green building practices are vital for reducing our environmental impact.
- Through the Sustainable Design Assessment in the Planning Process (SDAPP) program, Yarra City Council incorporates key environmental performance standards into planning permit approvals.
- The 10 Key Sustainable Building Categories provide a framework for assessing and improving the sustainability of buildings.
- Collaboration between Council, professionals, and the community is essential in achieving a greener and more sustainable future for Yarra.
What is the SDAPP program?
The Sustainable Design Assessment in the Planning Process (SDAPP) program is a practical and comprehensive approach to assessing sustainable development matters during the planning permit application process. It is designed to ensure that more sustainable building outcomes are achieved for the long-term benefit of the wider community. Through the consistent inclusion of key environmental performance standards, the SDAPP program aims to promote sustainable design in planning applications and contribute to the creation of a more sustainable lifestyle.
By incorporating sustainable design principles into the planning permit approvals process, Yarra City Council aims to support the development of environmentally-friendly buildings that reduce greenhouse gas emissions and minimize waste. The SDAPP program encourages applicants to consider sustainable practices, materials, and technologies that align with the council’s vision for a greener future. It emphasizes the importance of integrating sustainable design strategies from the early stages of the planning process to ensure that future buildings are energy-efficient, environmentally responsible, and resilient.
The SDAPP program is a significant step towards achieving Yarra City Council’s sustainability goals. It provides a framework for assessing and implementing key environmental performance standards, enabling the council to evaluate the sustainability aspects of proposed developments. By embracing the SDAPP program, Yarra City Council aims to protect the environment, enhance the quality of life for its residents, and create a more sustainable and resilient city for future generations.
Sustainable Design Assessment (SDA)
The Sustainable Design Assessment (SDA) is an important evaluation that takes place during the planning stage of a building project. It serves as a simple sustainability assessment, providing insights into how the proposed design will address key environmental targets. The SDA focuses on the 10 Key Sustainable Building Categories, ensuring that the project incorporates sustainable elements that align with Yarra City Council’s goals for reducing environmental impact and promoting a more sustainable built environment.
Benefits of the Sustainable Design Assessment
The SDA is a valuable tool that encourages best practice, creativity, and innovation in sustainable design. While the Council’s Planning Scheme offers general guidance on sustainable design, the SDA goes a step further by urging applicants to strive for excellence in their sustainable building initiatives. It allows them to demonstrate their commitment to environmental responsibility and showcases their efforts to reduce energy consumption, improve indoor air quality, manage stormwater effectively, and incorporate other sustainable practices.
By completing the SDA, applicants can enhance their planning applications, showcasing to Yarra City Council and the wider community that their proposed project aligns with sustainable design principles. It enables them to communicate their vision for a more sustainable future and highlights how their project contributes to a greener and more resilient city. The SDA can be prepared by the applicant, making it an accessible and inclusive tool for all those involved in the planning stage of a building project.
| Benefits of the Sustainable Design Assessment (SDA) |
|---|
| Encourages best practice, creativity, and innovation in sustainable design |
| Enables applicants to showcase their commitment to environmental responsibility |
| Demonstrates efforts to reduce energy consumption and improve indoor air quality |
| Communicates vision for a more sustainable future |
| Contributes to a greener and more resilient city |
“The Sustainable Design Assessment (SDA) is a powerful tool that enables applicants to demonstrate their commitment to sustainable design and showcase how their proposed project aligns with environmental targets. By encouraging best practice, creativity, and innovation, the SDA plays a crucial role in creating a more sustainable built environment in Yarra City.”
Sustainable Management Plan (SMP)
In larger developments, the implementation of a Sustainable Management Plan (SMP) is crucial. These plans provide a detailed sustainability assessment of the proposed design at the planning stage, ensuring that beneficial and best practice sustainability initiatives are identified and integrated. The SMP addresses the 10 Key Sustainable Building Categories, promoting a holistic review of sustainable design.
As per Yarra City Council’s requirements, larger developments consisting of ten or more residential dwellings or more than 1000m2 of non-residential Gross Floor Area (GFA) must prepare an SMP. Engaging a sustainability professional may be necessary to ensure the plan adequately addresses the environmental targets and incorporates the most effective sustainability strategies for the development.
By implementing an SMP, developers and architects can demonstrate their commitment to sustainable development and take proactive measures to minimize the environmental impact of their projects. The SMP not only ensures compliance with sustainable design standards but also contributes to creating a more environmentally conscious built environment in Yarra City Council.
Key Components of a Sustainable Management Plan
- Energy Efficiency: Strategies to reduce energy consumption through the use of efficient appliances, lighting, and renewable energy sources.
- Water Efficiency: Measures to conserve water by implementing water-efficient fixtures, rainwater harvesting systems, and water-sensitive landscaping.
- Waste Management: Plans for waste reduction, recycling, and responsible waste disposal during construction and operation phases.
- Indoor Environment Quality: Strategies to enhance occupant comfort and well-being through proper ventilation, natural lighting, and low-toxicity materials.
- Stormwater Management: Techniques to manage stormwater runoff, including rain gardens, permeable paving, and water-sensitive landscaping.
- Urban Ecology: Integration of biodiversity features, such as green roofs, vertical gardens, and habitat creation, to enhance the ecological value of the development.
- Transport: Encouraging sustainable transportation options and reducing car dependency by providing bicycle parking, electric vehicle charging stations, and convenient access to public transit.
- Construction and Building Management: Implementation of sustainable construction practices, including responsible sourcing of materials, construction waste minimization, and efficient building commissioning.
- Innovation: Exploring innovative technologies and design strategies to further enhance the sustainability of the development.
By addressing these key components in the SMP, developers can create sustainable buildings that not only benefit the environment but also provide long-term economic and social advantages for the community.
Submitting sustainable design information
As part of our commitment to advancing environmentally sustainable design, we encourage applicants to submit sustainable design information when applying for planning permits. This includes the Sustainable Design Assessment (SDA) and the Sustainable Management Plan (SMP). By embracing sustainable design practices and integrating them into the planning process, we aim to protect the environment, improve living standards, and future-proof our community against rising energy, water, and waste disposal costs.
When submitting your sustainable design information, please consider the importance of acknowledging the Traditional Owners, the Wurundjeri Woi Wurrung people. They have played a vital role in stewarding the land for the benefit of current and future generations. By recognizing their custodianship, we hope to foster a deeper connection to the land and a sense of responsibility towards its sustainable use.
By incorporating sustainable design principles into the planning process, we are taking a proactive approach in mitigating the environmental impact of buildings and promoting a more sustainable future for our community. Together, we can create a greener and more resilient environment for generations to come.
| Sustainable Design Information | Submission Guidelines |
|---|---|
| Sustainable Design Assessment (SDA) | Submit detailed assessment addressing the 10 Key Sustainable Building Categories |
| Sustainable Management Plan (SMP) | Submit a comprehensive plan outlining sustainable initiatives for larger developments |
The 10 Key Sustainable Building Categories
In order to reduce environmental impact and enhance building performance, Yarra City Council focuses on addressing the 10 Key Sustainable Building Categories. These categories provide a comprehensive framework for assessing and improving the sustainability of buildings. By incorporating these categories into building design and construction, we aim to create a more sustainable built environment for our community.
The 10 Key Sustainable Building Categories are as follows:
- Indoor Environment Quality
- Energy Efficiency
- Building Materials
- Stormwater Management
- Water Efficiency
- Urban Ecology
- Transport
- Construction and Building Management
- Innovation
- Waste Management
Each of these categories plays a crucial role in promoting sustainable design and construction practices. By addressing indoor environment quality, energy efficiency, and building materials, we can create healthier and more comfortable living and working spaces. Effective stormwater management and water efficiency measures help reduce water waste and protect our natural resources. Urban ecology and transport considerations aim to enhance the overall sustainability of our built environment, while construction and building management practices ensure that buildings are constructed and managed in line with sustainable principles. Innovation and waste management efforts further minimize our environmental impact.
Sustainable Building Categories in Action
Let’s take a closer look at a few examples of how addressing the 10 Key Sustainable Building Categories can make a difference:
“By incorporating energy-efficient lighting systems and appliances, using sustainable building materials, and implementing rainwater harvesting systems, we can significantly reduce energy consumption and water waste in buildings. These measures not only benefit the environment but also lead to cost savings for building owners and occupants. Additionally, by promoting efficient waste management practices and encouraging the use of renewable energy sources, we contribute to reducing greenhouse gas emissions and moving towards a more sustainable future.”
By prioritizing the 10 Key Sustainable Building Categories, Yarra City Council aims to create buildings that are not only aesthetically pleasing but also environmentally responsible. These categories provide a holistic approach to sustainable design and construction, ensuring that buildings are efficient, resource-conscious, and contribute to a better future for our community.
Yarra Climate Emergency Plan
The Yarra Climate Emergency Plan is a comprehensive strategy that outlines the Yarra City Council’s commitment to addressing the climate crisis and achieving zero net emissions across the entire community by 2030. This plan is a response to the urgent need for climate action and aims to mobilize and enable the community to take decisive steps towards a sustainable future.
Community engagement is a key pillar of the Yarra Climate Emergency Plan. The council recognizes that collective action is essential for creating meaningful change. By involving the community in the decision-making process and providing opportunities for participation, the plan aims to foster a sense of ownership and responsibility among residents, businesses, and organizations.
“Our vision for a sustainable future can only be realized through collaboration and shared commitment. By working together, we can build a resilient and climate-adapted city that thrives in the face of environmental challenges.”
Key objectives of the Yarra Climate Emergency Plan:
- Accelerating the transition to renewable energy and zero-carbon buildings
- Creating a climate-adapted city that is resilient to the impacts of climate change
- Advancing sustainable transport options to reduce emissions and promote active modes of travel
- Moving towards zero waste and promoting conscious consumption
The plan includes specific targets and actions to drive sustainable change in these areas. By implementing innovative solutions, engaging the community, and collaborating with stakeholders, Yarra City Council aims to create a thriving, sustainable city that serves as a model for others to follow.
| Key Objectives | Targets | Actions |
|---|---|---|
| Accelerating the transition to renewable energy and zero-carbon buildings | 100% renewable energy for council operations by 2025 | Install solar panels on council buildings, promote energy efficiency |
| Creating a climate-adapted city that is resilient to the impacts of climate change | Develop and implement a Climate Adaptation Strategy | Assess vulnerability to climate change, plan for extreme weather events |
| Enhance urban green spaces and improve water management | Increase tree canopy cover, implement water-sensitive design | |
| Moving towards zero waste and promoting conscious consumption | 70% waste diversion from landfill by 2025 | Expand recycling programs, promote composting and waste reduction |
Building design for a sustainable future
Building design plays a crucial role in creating a sustainable future. Green buildings, designed with environmentally sustainable principles, have the potential to reduce their impact on the environment. However, to ensure the success of a sustainable building project, it is essential to practice sustainable site management and implement effective construction and building management strategies.
One important aspect of sustainable site management is the minimization of construction waste. By adopting waste minimization practices, such as recycling and reusing materials, construction projects can significantly reduce their environmental footprint. Separating operation waste and implementing proper waste disposal methods also contribute to a more sustainable building life cycle.
Effective construction and building management also involve regularly tuning building services and providing a Building Users Guide. Tuning building services ensures that they operate at optimal efficiency, reducing energy consumption and greenhouse gas emissions. A Building Users Guide provides occupants with valuable information on environmental strategies, maintenance regimes, and more, empowering them to maximize the building’s environmental efficiency and overall performance.
The Benefits of Sustainable Site Management and Green Buildings
Sustainable site management and green buildings offer numerous benefits for both the environment and building occupants. By implementing sustainable design principles and practices, buildings can optimize energy and water efficiency, improve indoor air quality, and create a healthier and more comfortable living and working environment.
“Building design plays a crucial role in creating a sustainable future.”
Green buildings also contribute to the overall sustainability of cities and communities. They help reduce the carbon footprint, conserve natural resources, and promote biodiversity. Additionally, they serve as great examples and sources of inspiration for other building projects, encouraging the adoption of sustainable practices across the industry.
Construction Waste Minimization: A Key Component of Sustainable Building Design
Construction waste minimization is a critical element of sustainable building design. By reducing construction waste, we can minimize the environmental impact associated with the construction process and conserve valuable resources. Through careful planning, efficient material selection and usage, and responsible waste management, we can significantly reduce the amount of waste generated during construction.
Implementing waste minimization strategies not only benefits the environment but also presents economic advantages. By optimizing material usage and reducing waste, construction projects can reduce costs and improve overall project profitability. Additionally, waste minimization demonstrates a commitment to sustainability and responsible construction practices, which can enhance a company’s reputation and attract environmentally conscious clients.
| Benefits of Sustainable Site Management and Green Buildings | Benefits of Construction Waste Minimization |
|---|---|
|
|
Why is best practice Construction and Building Management so important?
Best practice Construction and Building Management plays a pivotal role in minimizing the environmental impact of construction and ensuring the long-term success of green buildings. By adopting best practices, we can mitigate the potential negative effects of poor construction management, inadequate maintenance, and a lack of understanding of building services. The implementation of these practices leads to a range of benefits, including cost savings, compliance assurance, risk minimization, and reduced environmental footprint.
To truly understand the significance of best practice Construction and Building Management, we need to consider its impact on the environment. Poor construction practices can result in higher energy and water consumption, increased construction waste, and overall inefficiencies in building performance. By committing to environmental targets, waste minimization strategies, and regular building services tuning, we can significantly reduce energy and water consumption, minimize waste generation, and ensure that green buildings operate efficiently.
Long-term building management is also crucial to maintain the environmental performance and efficiency of a building throughout its lifecycle. Effective building commissioning, building tuning, and proactive maintenance are essential in upholding sustainability principles, reducing utility costs, and enhancing occupant comfort. Through ongoing building management, we can ensure that buildings perform in line with design specifications, adapt to changing occupancy needs, and continue to maximize energy efficiency and occupant satisfaction.
| Benefits of Best Practice Construction and Building Management |
|---|
| Cost savings |
| Compliance assurance |
| Risk minimization |
| Reduced environmental footprint |
| Higher energy and water efficiency |
| Minimized construction waste |
“By committing to environmental targets, waste minimization strategies, and regular building services tuning, we can significantly reduce energy and water consumption, minimize waste generation, and ensure that green buildings operate efficiently.”
Minimizing Environmental Impact
Best practice Construction and Building Management is essential in minimizing the environmental impact of construction projects. It allows us to achieve energy and water efficiency goals, reduce waste generation, and promote sustainable practices throughout the building’s lifecycle. By adhering to environmental targets, implementing waste minimization strategies, and ensuring regular building services tuning, we can create buildings that are not only environmentally friendly but also cost-effective and compliant with regulations.
- Energy efficiency
- Water conservation
- Waste reduction
- Sustainable material choices
In conclusion, best practice Construction and Building Management is critical for minimizing the environmental impact of construction, ensuring the long-term performance of green buildings, and creating sustainable built environments. By adopting these practices, we can achieve cost savings, compliance assurance, risk minimization, and reduced environmental footprints. It is our responsibility to prioritize best practice techniques and contribute to a more sustainable future.
Sensible Construction Management
Implementing sensible construction management practices is crucial for achieving construction cost savings, ensuring compliance assurance, and enhancing overall process efficiency. By prioritizing efficient project planning and effective collaboration between trade professionals, we can streamline the construction phase and optimize resource utilization, ultimately resulting in significant cost reductions.
Compliance with regulations and standards is essential to mitigate risks, prevent delays, and maintain a safe working environment. Sensible construction management enables us to adhere to these requirements, ensuring that all construction activities are carried out in accordance with legal and industry-specific guidelines.
In addition to cost savings and compliance, adopting sensible construction management practices enhances process efficiency. By optimizing workflow, improving communication between teams, and implementing effective project control measures, we can minimize unnecessary delays, reduce rework, and achieve project milestones more efficiently.
Benefits of Sensible Construction Management:
- Construction cost savings through efficient resource allocation and reduced rework
- Compliance assurance, mitigating legal and regulatory risks
- Improved process efficiency, minimizing delays and optimizing workflow
- Enhanced collaboration between trade professionals, ensuring effective communication and problem-solving
- Reduced environmental impact through sustainable construction practices
By prioritizing sensible construction management, we can achieve optimal project outcomes, maximize stakeholder satisfaction, and contribute to a sustainable future.
Table: Comparison of Construction Management Approaches
| Traditional Approach | Sensible Construction Management | |
|---|---|---|
| Resource Utilization | Inefficient allocation, leading to increased costs | Optimized resource allocation, reducing expenses |
| Compliance | Potential regulatory and legal risks | Assured compliance with regulations and standards |
| Workflow Efficiency | Delays, rework, and inefficiencies | Streamlined workflow, minimal delays, and rework |
| Collaboration | Limited communication and coordination between teams | Enhanced collaboration and effective problem-solving |
| Environmental Impact | Lack of consideration for sustainability | Sustainable construction practices, minimizing environmental footprint |
Professional’s Green Accreditation Schemes
When it comes to environmentally sustainable building projects, it’s crucial to consider the green credentials of designers, builders, and specialized contractors. Working with professionals who have the right expertise and accreditations ensures the adoption of best practices and sustainable approaches in construction projects.
There are several green building accreditation schemes that recognize individuals and organizations for their advanced knowledge, skills, and experience in sustainable design and construction. These schemes provide assurance that the professionals have met rigorous standards and can contribute to the success of sustainable building initiatives.
The Importance of Green Credentials
Green credentials demonstrate a commitment to sustainability and environmental stewardship. Designers, builders, and specialized contractors with recognized green credentials have undergone extensive training and have proven their ability to implement sustainable design principles and practices.
By working with professionals who hold green accreditations, you can have confidence in their understanding of sustainability initiatives and their ability to deliver environmentally responsible projects. These professionals can help you navigate the complexities of green building practices and ensure that your project is aligned with the latest industry standards and regulations.
| Green Accreditation Scheme | Description |
|---|---|
| Green Living Builders | Accredits builders who demonstrate excellence in sustainable design and construction. |
| GreenSmart Builders | Recognizes builders who incorporate environmental initiatives into their projects. |
| Green Plumbers | Awards plumbers who specialize in water-saving and sustainable plumbing practices. |
| EcoSmart Electricians | Certifies electricians who focus on energy-efficient electrical installations. |
| Thermal Performance Assessors | Accredits assessors who evaluate and certify the energy efficiency of buildings. |
| Green Star Accredited Professionals | Recognizes professionals with expertise in green building rating systems. |
By engaging professionals who have these green accreditations, you can ensure that your project is in capable hands and that sustainability is at the forefront of the design and construction processes. These professionals can contribute valuable insights and expertise to help you achieve your sustainability goals.
Building Users Guide
The Building Users Guide (BUG) is a comprehensive resource that provides valuable information on environmental strategies, maintenance regimes, and other essential aspects of building management. This guide aims to enhance building performance, improve occupant comfort, and promote sustainability in the long run.
The BUG contains detailed instructions on passive design techniques, building services controls, water supply systems, energy generation, and sustainable material choices. It serves as a reference tool for property managers and occupants, enabling them to maximize environmental efficiency and reduce the building’s environmental footprint.
“The Building Users Guide is an invaluable resource that empowers building occupants to contribute to a more sustainable future. By following the maintenance regimes and adopting the environmental strategies outlined in the guide, we can collectively make a significant impact on reducing energy consumption, conserving water, and minimizing waste.”
The BUG plays a vital role in ensuring that buildings continue to perform in line with the initial design specifications. It provides guidance on proactive maintenance, helping property managers identify potential issues and implement remedial measures promptly. By adhering to the maintenance regime outlined in the guide, building operators can optimize building performance and minimize unnecessary repair costs.
Key Features of the Building Users Guide
- Passive design techniques for optimal energy efficiency
- Instructions on building services controls to enhance occupant comfort
- Guidance on water supply systems and water conservation measures
- Information on energy generation options, including renewable sources
- Recommendations for sustainable material choices and waste reduction
- Comprehensive maintenance regimes for ongoing building performance
Ongoing Building Management
Ensuring that buildings perform optimally and maintain their performance over time is essential for maximizing occupant amenity and minimizing utility costs. Ongoing building management strategies, such as building commissioning and building tuning, play a crucial role in achieving these goals.
Building commissioning involves a systematic process of verifying and documenting that building systems and components are designed, installed, tested, operated, and maintained according to the owner’s requirements. It ensures that the building operates as intended and meets the performance goals set during the design phase. By commissioning the building, potential issues and inefficiencies can be identified and addressed, leading to improved energy efficiency, indoor air quality, and occupant comfort.
Building tuning, on the other hand, focuses on fine-tuning the building systems and optimizing their performance to meet the changing needs of the occupants and the building itself. This process involves regularly monitoring and analyzing the building’s energy consumption, indoor environmental quality, and other performance metrics to identify opportunities for improvement. By continually fine-tuning the building systems, energy waste can be minimized, utility costs can be reduced, and occupant satisfaction can be enhanced.
Implementing effective ongoing building management strategies not only benefits the building occupants but also contributes to a more sustainable built environment. By optimizing energy consumption, reducing waste, and ensuring the comfort and well-being of occupants, ongoing building management aligns with the goals of environmentally sustainable design and helps to create a more sustainable future.
Conclusion
Creating a sustainable future is our collective responsibility, and at Yarra City Council, we are committed to advancing environmentally sustainable design. By embracing the Sustainable Design Assessment in the Planning Process (SDAPP) program and adopting best practices in construction and building management, we aim to minimize our environmental impact and enhance the well-being of our residents.
However, achieving our sustainability goals requires the collaborative efforts of the entire community. Together, we can make a difference through community collaboration and climate action. By working hand in hand with professionals, stakeholders, and residents, we can reduce greenhouse gas emissions and create a greener, more sustainable future for Yarra.
Our commitment to a sustainable future goes beyond individual efforts. It is through collective action, shared knowledge, and continuous improvement that we can truly make a lasting impact. We invite you to join us on this journey towards a more sustainable Yarra, where community collaboration and climate action shape the way we live, work, and protect the environment.
FAQ
What is the SDAPP program?
The SDAPP (Sustainable Design Assessment in the Planning Process) program is a guide to achieving more sustainable building outcomes in Yarra City Council. It includes key environmental performance standards to be considered during the planning permit approvals process.
What is the Sustainable Design Assessment (SDA)?
The Sustainable Design Assessment (SDA) is a simple sustainability assessment of a proposed design at the planning stage. It supports planning applications by showing how the project intends to address the 10 Key Sustainable Building Categories.
What is the Sustainable Management Plan (SMP)?
The Sustainable Management Plan (SMP) is a detailed sustainability assessment of a proposed design at the planning stage. It identifies beneficial, easy-to-implement, and best practice sustainability initiatives. Larger developments are required to prepare an SMP.
Should I submit sustainable design information as part of my planning application?
Yes, applicants are encouraged to submit sustainable design information, such as the Sustainable Design Assessment (SDA) and the Sustainable Management Plan (SMP), as part of their planning application.
What are the 10 Key Sustainable Building Categories?
The 10 Key Sustainable Building Categories provide a framework for assessing and improving the sustainability of buildings. They include Indoor Environment Quality, Energy Efficiency, Building Materials, Stormwater Management, Water Efficiency, Urban Ecology, Transport, Construction and Building Management, Innovation, and Waste Management.
What is the Yarra Climate Emergency Plan?
The Yarra Climate Emergency Plan sets out the council’s commitment to respond to the climate emergency and achieve zero net emissions across the entire Yarra community by 2030. The plan focuses on mobilizing and enabling the community to take climate action and includes specific targets and actions to drive sustainable change.
Why is best practice Construction and Building Management important?
Best practice Construction and Building Management is vital to minimize the environmental impact of construction and ensure that green buildings operate efficiently. It leads to cost savings, compliance assurance, risk minimization, and reduced environmental footprint.
What are the benefits of sensible Construction Management?
Sensible construction management leads to cost savings, compliance with regulations, minimized occupational health and safety risks, effective cooperation between trade professionals, and improved overall process efficiency.
Why is it important to work with professionals who have green accreditations?
Green accreditations, such as Green Living Builders, GreenSmart Builders, Green Plumbers, EcoSmart Electricians, Thermal Performance Assessors, and Green Star Accredited Professionals, ensure the adoption of best practices and sustainable approaches in construction projects.
What is a Building Users Guide (BUG)?
A Building Users Guide (BUG) provides information on key environmental strategies, passive design techniques, building services controls, water supply systems, energy generation, sustainable material choices, maintenance regimes, and other building management aspects. It enhances building performance and occupant comfort.
Why is ongoing building management important?
Ongoing building management ensures that buildings perform in line with design specifications, maintain performance throughout different seasons and occupancy changes, and maximize occupant amenity. It leads to reduced utility costs, improved environmental performance, and minimized environmental footprint.
Source Links
- https://www.yarracity.vic.gov.au/-/media/files/ycc/services/planning/explanation-of-sustainable-design-assessment-in-the-planning-process-sdapp.pdf?la=en
- https://www.yarracity.vic.gov.au/-/media/files/ycc/services/planning-and-development/environmentally-sustainable-design/construction-building-management-factsheet.pdf?la=en
- https://www.yarracity.vic.gov.au/-/media/files/ycc/about-us/strategies/coy_climate-emergency-plan_web.pdf