ZERO ENERGY BUILDING presentation.pdf for civil engineer

Zero energy building

1. ZERO ENERGY BUILDING
PRESENTATION
B.P. Mandal College of Engineering,
Madhepura
UNDER THE GUIDANCE :
Prof. Nishikant Kumar
Presenter:-
Rahul Kumar Rathor(20101128057)
UtkarshKumar (20101128012)
AshishRanjan (20101128056)
Abhiraj Kumar (20101128030)
Abhishek Kumar (21101128904)
SurjeetKumar (20101128010)
Ravinder Kumar (21101128905)

2. ZERO ENERGY
BUILDING

3. CONTENT
•Introduction to Zero Energy Building
•What is a Zero Energy Building?
•Benefits of Zero Energy Buildings
•Key Components of Zero Energy Buildings
•Design Strategies for Zero Energy Buildings
•Case Studies of Successful Zero Energy Buildings
•Challenges and Limitations of Zero Energy Buildings
•Government Policies and Incentives for Zero Energy Buildings
•Future Trends in Zero Energy Buildings
•Conclusion and Key Takeaways

4. Introduction to Zero
Building
A zero energy building, also known as a net-zero energy building, is designed to
designed to produce as much energy as it consumes. These buildings use renewable
use renewable energy sources, such as solar or wind power, to achieve a sustainable
sustainable and environmentally friendly operation.

5. What is a Zero Energy Building?
A Zero Energy Building is a structure that generates as much energy as it consumes over the course of a
in net-zero energy consumption. This is achieved through efficient design, renewable energy sources,
conservation measures.

6. Benefits of Zero Energy Buildings
Cost Savings
Zero energy buildings result in significant cost
cost savings on energy bills, making them
economically advantageous for homeowners and
homeowners and businesses.
Environmental Impact
They reduce greenhouse gas emissions and
dependence on non-renewable resources,
contributing to a healthier planet.
Resilience
Zero energy buildings are resilient to energy price
energy price fluctuations, providing stability and
and security for occupants.
Improved Indoor Air Quality
They promote better indoor air quality, leading to
leading to healthier and more comfortable living
living and working environments.

7. Key Components of Zero Energy
Building Envelope
The building envelope is designed
designed to minimize heat gain
gain and loss, using high-
performance insulation, triple
triple-
-
glazed windows, and
airtight construction.
Renewable Energy
Zero energy buildings
renewable energy sources
solar panels, wind turbines, or
geothermal systems to
the energy they need.
Energy-Efficient HVAC
Systems
Highly efficient heating,
ventilation, and air
(HVAC) systems are a critical
component for achieving
energy targets.

8. Design Strategies for Zero Energy Buildings
Buildings
1Passive Design
Maximizing natural light and
while minimizing heat gain.
2 Energy-Efficient Systems
Utilizing high-efficiency HVAC,
insulation systems.
3Renewable Energy Integration
Incorporating solar panels, wind turbines, or
turbines, or geothermal systems.

9. Case Studies of Successful Zero Energy
Bullitt Center, Seattle
The Bullitt Center in Seattle is a 6
6-
-
story office building that
produces more energy than it
consumes. It features solar panels,
panels, geothermal wells, and
rainwater harvesting.
NREL Research Support
Facility
The NREL Research Support Facility
Facility is a 222,000 square-
foot office building that produces as
foot
produces as much energy as it uses,
uses, showcasing advanced energy
energy-
-
efficient design and
technologies.
Wisdom Woods, Kerala,
India
Wisdom Woods in Kerala, India, is a
India, is a residential project that
that achieved zero energy status
status through passive design,
efficient appliances, and on-
site renewable energy generation.
site
generation.

10. Challenges and Limitations of Zero
Buildings
•High Initial Cost: The upfront investment required for zero energy building materials and
prohibitive for many developers and homeowners.
•Integration Challenges: Integrating renewable energy sources and energy-efficient systems into existing
existing structures can be complex and may require significant modifications.
•Dependence on Weather: The effectiveness of zero energy buildings heavily relies on weather
it challenging to achieve consistent energy production and consumption balance in all climates.

11. Government Policies and Incentives for Zero
Zero Energy Buildings
Tax Incentives
Government offers tax credits for ZEB construction
construction and operation.
Grants and Rebates
Financial assistance for implementing ZEB
technologies and practices.
Performance-Based Incentives
Rewards for achieving and maintaining ZEB
standards and energy performance.
Regulatory Support
Streamlined permit processes and zoning
regulations favoring ZEBs.

12. Future Trends in Zero Energy Buildings
Solar Integration
Increased use of
advanced solar
enhanced energy
harvesting and
Smart Building
Technology
Integration of AI, IoT, and
and advanced
automation for energy
energy optimization and
and management.
Green
Implementation of
roofs, vertical
and sustainable
landscaping for
insulation and
biodiversity.
Net-Zero
Community
Planning
Focus on developing
entire communities or
districts as net-zero
energy entities,
incorporating
energy and shared
resources.

13. Conclusion and Key
Takeaways
Zero Energy Buildings offer a sustainable solution for reducing environmental
environmental impact and energy consumption. By integrating renewable energy
renewable energy sources and efficient design strategies, these buildings pave the
pave the way for a greener future.
Key takeaways include the importance of integrated design, the potential
savings, and the positive impact on the environment and communities.

14. THANK YOU