Supported by
VOLUME 7 JUNE 2024 E-NEWSLETTER
Decarbonisation Technology: Business Opportunities
1
MSCA 2024 I VOL 7 I JUNE 2024
04
Upfront with Chairman
05
Cover Story
08
Smart Cities Matters
14
Member’s Insight
27
MSCA Activities Highlight
46
Welcome New Members
47
Upcoming Events
2
MSCA 2024 I VOL 7 I JUNE 2024
Let’s Work
Together
Malaysia Smart Cities Alliance Association (MSCA) MIGHT Partnership Hub Jalan Impact, 63000 Cyberjaya, Selangor, Malaysia
info@malaysiasca.org www.malayiasca.org
3
MSCA 2024 I VOL 7 I JUNE 2024
UPFRONT with
Chairman of MSCA
Assalamualaikum, Greetings from MSCA!
Welcome to the 7th Volume of MSCA E- Newsletter. Time flies when you are using the technology. As you can see, MSCA are growing and actively seeking for new collaboration opportunities that can be pursued towards advancing smart city initiatives in Malaysia. One of the critical goals of smart cities is to tackle the pressing issue of climate change and decarbonisation. In this volume, we focus on decarbonisation technology, which refers to technologies that help reduce and extract carbon dioxide (CO2) emissions. We delve into the concept of smart cities and explore how they are driving the transition to a low-carbon and sustainable future. While the concept of smart cities and decarbonisation holds great promise, several challenges and opportunities need to be addressed to ensure successful implementation. I believe by embracing innovation and working collectively, we can build smart cities that leave a positive impact on the environment and set new standards for urban living.
Therefore, in this issue, we will enlighten the opportunities for all members since decarbonisation is a long-term effort involving continually changing norms, rules, frameworks, expectations, technology, and research. This is where industry players like us can make a significant contribution by collaborating with the state and local government to make necessary technology rollout to reduce GHG emissions throughout the entire value chain. I hope this newsletter will be a catalyst for exploring new ideas and innovations, especially in accelerating the implementation of smart cities in Malaysia. In MSCA, we are committed to fostering collaboration, knowledge sharing and joint efforts to achieve the goals of sustainable urban development and decarbonisation.
Ts. Dr. Raslan Ahmad, FASc Chairman of MSCA
4
MSCA 2024 I VOL 7 I JUNE 2024
COVER STORY
AIM Congress 2024, Abu Dhabi
Smart City Summit & Expo, Taipei
5
MSCA 2024 I VOL 7 I JUNE 2024
AIM Congress 2024, Abu Dhabi (6 – 9 May 2024)
MSCA delegate led by the Chairman Ts Dr Raslan Ahmad had the opportunities to be part of MOSTI Pavilion during AIM Congress 2024. Prior to this program, Ts. Dr. Raslan and Azura Ali met had an extensive discussion with MCCI President Vladimir Mikhailovich Platonov and the Moscow Chamber of Commerce together with experts from VisionLabs, VisionLabs, and Dubrovskaia Anastasiia on sustainability and smart cities. A technology demo session at MOSTI Pavilion showcased 9 startup companies from diverse fields, pitching their innovation and collaboration opportunities. Malaysian startup Focqus made it to the final stage of the competition. Ts. Dr. Raslan Ahmad, shared his insights on smart cities and the importance of partnerships between governments and businesses during the leader's panel discussing the potential of building resilient and sustainable economies through future cities' innovations representing. The panel included distinguished panellists, including Ishaku Maitumbi, Christina Yan Zhang, Safder Nazir, and Vitor Pereira. Another session was Innovation & Technology Track Panel Session on 'Urbanization's Impact on Global Business Landscape: Opportunities and Challenges participated by Madam Azura Ali. She highlighted MSCA's role in shaping Malaysia's smart city business landscape and market, highlighting its role in connecting technology providers for industry growth.
TECHNOLOGY TRACK PANEL SESSION
MOSCOW CHAMBER OF COMMERCE AND INDUSTRY
LEADERSHIP PANEL
MSCA @ MOSTI PAVILION
Ts Dr Raslan Ahmad, MSCA Chairman, and Walid A. Farghal, AIM Congress Director General, signed an agreement to establish cooperation between MSCA and AIM Congress to promote activities through MSCA and AIM Congress media platform, exchange knowledge sharing and technology transfer, provide business opportunities through international delegation to other countries, and organize joint activities on Business Forums, Investment Roundtables, Capacity Building Workshops and Seminar. Another MoU with World Smart Sustainable Cities Organization (WeGO) to promote local and regional governments' participation in multilateralism, including smart, sustainable, and resilient cities. The partnership aims to advance smart-city initiatives and add value to current initiatives in Malaysia. The collaboration focuses on urban issues like smart city development, sustainability, and digitalisation. MSCA Signed Two New Worldwide Strategic With AIM Congress and World Smart Sustainable Cities Organization (WeGO).
MOU SIGNING WITH AIM CONGRESS
MOU SIGNING WITH WeGO
6
MSCA 2024 I VOL 7 I JUNE 2024
Smart City Summit & Expo (SCSE), Taipei MSCA delegation led by Dr Chen Jit Ern, Vice Chairman of MSCA and represented by Sunway, Miri City Council and MIGHT attended SCSE in Taipei, Taiwan. In order to promote the development of the Internet of Things (IoT) industry, Taipei Computer Association (TCA) has been organising SCSE since 2014, now the largest IoT industry expo in Asia. Cities are not only on the frontline against climate change but also crucial places for achieving net-zero emissions. Thus, TCA in collaboration with the National Development Council, expands the SCSE to host the “2050 Net Zero City Expo”. Through connecting domestic and international cities and sharing net-zero technology solutions, the event aims to accelerate Taiwan’s pace towards achieving net-zero goals and demonstrate Taiwan’s determination to collaborate with global cities for digital and green transformation.
• Opening Ceremony • Matchmade Asia session • Smart City & Net Zero City Dinner
• SCSE Expo Tour & Networking • Smart Open Stage • Meetup Dinner
DAY 1
DAY 2
This year’s exhibition gathered 600 exhibitors utilising 2,200 booths. Over 2,000 overseas visitors from 46 countries or regions, a 16% growth from last year, including representatives from 112 cities, over 400 governmental delegates, and 80 mayors, as well as over 1,600 corporate visitors. Having the theme of ‘Digital and Green Transformation’, emphasising the need for the government and businesses to accelerate the pace of the dual transformation through exhibitions and forum discussions.
• Meeting with TCA & GO SMART • Technical visit to Taipei 101 and urban landscape of Taipei City .
DAY 3
7
MSCA 2024 I VOL 7 I JUNE 2024
SMART CITIES MATTERS
Decarbonisation Technologies
Business Opportunities
8
MSCA 2024 I VOL 7 I JUNE 2024
What is Decarbonisation Technologies?
Definition
Technologies that support the reduction and extraction of carbon-dioxide (CO2) emissions, often through the use of low-carbon power sources or capture and storage, to achieve a net lower output of greenhouse gases into the atmosphere. Despite some of the challenges that the built environment sector faces on its journey towards net zero, emerging opportunities and levers exist to help drive ongoing decarbonization efforts. It is working in ecosystems; with customers, suppliers, institutions, investors and wider society that will further accelerate progress. This underscores our belief that what’s good for business and what’s good for people and our planet go hand in hand. As calls to fight climate change become more urgent, companies are finding ways to become part of the solution—and technology can help. McKinsey research indicates that cloud- powered solutions can fast-track the implementation of nearly half of the decarbonization initiatives required to achieve a 1.5°C pathway by 2050. “As companies gear up to comply with increasingly complex sustainability regulations, strategic use of cloud-powered technologies can be a crucial differentiator.” McKinsey Research Makeshift and retrofit technologies are near- to midterm options that allow decarbonization of existing assets – however, few of these technologies lead to complete decarbonisation. Transformational technologies provide full decarbonization in one solution, but commercial readiness will take years.
Lux Research
Clean energy technologies will play a vital role in achieving these goals, but their development and adoption need a big boost. Battling decarbonisation is going to require leaders to be more innovative than ever before. This will require us to rapidly develop technologically driven ideas that can be tested and scaled.
Forbes Technology Council
Despite some of the challenges that the built environment sector faces on its journey towards net zero, emerging opportunities and levers exist to help drive ongoing decarbonization efforts. Rather than focusing on incremental progress, industry players should embrace systemic change. In charting the way forward, it will be beneficial for businesses and governments to work together to help build collaborative global ecosystems, devise forward-thinking policies, and accelerate the adoption of supporting technologies.
Deloitte
9
MSCA 2024 I VOL 7 I JUNE 2024
SMART CITIES MATTERS
Decarbonisation allow any organisation or entity to stay competitive in the face of numerous conceivable climate futures while simultaneously reducing emissions to prevent worst-case climate scenarios. Creating decarbonisation businesses with local government requires dedication, strategic planning, and community insight. Understanding state & local government operations and regulations is crucial, as it will crafting a robust business plan that addresses financial projections, operational guidelines, and growth strategies. DECARBONISATION BUSINESS OPPORTUNITIES WITH STATE & LOCAL GOVERNMENT HOW TO CATCH THE GOVERNMENT ATTENTION?
State Partnership will promote market access, increase technology capability, improve interoperability and enhance implementation on smart city agenda.
Understanding their Legal Landscape Securing Reliable Funding and Resources Navigating Community Needs and Expectations Implementing Sustainable Practices
Collaboration with Local Government play vital role in delivering latest technology and solution directly into the city
Leveraging Technology for Efficiency PATHWAYS FORWARD FOR DECARBONISATION BUSINESS LANDSCAPE
Tap into climate tech: Businesses can establish venture capital arm to invest in climate tech companies, reducing GHG emissions, and deploy climate tech across portfolios to support decarbonisation journeys.
$324b
Switch to circular economy (CE): Promotes resource circulation, generating 30-50% value capture opportunities in reuse, refurbishment, and remanufacturing, and potentially boosting ASEAN economic growth by $324 billion.
Economic growth
Invest in nature-based solutions (NbS) : Strategies to incorporate nature into operations, reducing emissions, enhancing resilience, and reducing disaster risk, potentially removing up to 12 gigatons of CO2 equivalent annually and boosting global economy.
CO2 removed 12gt
10
MSCA 2024 I VOL 7 I JUNE 2024
Decarbonisation Technology Solution
Building Automation System
• Lighting systems • Plumbing systems • HVAC systems • Emergency systems • Surveillance cameras and security systems • Vents and exhaust fans • peak load • Reduce operating cost • An open door to net-zero carbon emission • Enhanced security • Improved interior comfort
Features
Benefits
Use Cases
• Burj Khalifa, Dubai • TRX Tower, Kuala Lumpur • KLCC, Kuala Lumpur • Capital Tower, Singapore
Rainwater Harvesting System
• Rooftop rainwater harvesting • Surface runoff harvesting
Features
• Conserve water • Slow erosion in dry environment • Reduce flooding • Improves the quality and quantity of groundwater • Google Office Building, Washington • Sunway Big Box Hotel, Iskandar Puteri
Benefits
Use Cases
Waste Robotic
• Sensors (Moisture, infrared, inductive, 3D scanner) • Advance AI algorithm • IoT system
Features
• Increase Efficiency • Reduced OPEX • Optimal MRF Performance • Better Planning
Benefits
• ‘Portbin Robot’ by VJEngineering Solution • ‘Wasteshark’ by Ran Marine Technology
Use Cases
11
MSCA 2024 I VOL 7 I JUNE 2024
Decarbonisation Technology Solution
District Heating & Cooling System
• Lighting systems • Plumbing systems • HVAC systems • emergency systems • Surveillance cameras and security systems • Vents and exhaust fans • To reduce peak load • Reduce operating cost • An open door to net-zero carbon emission • Enhanced security • Improved interior comfort
Features
Benefits
• Burj Khalifa, Dubai • TRX Tower, Kuala Lumpur • KLCC, Kuala Lumpur • Capital Tower, Singapore
Use Cases
Vehicle to Grid Technologies
• Rooftop rainwater harvesting • Surface runoff harvesting
Features
• Conserve water • Slow erosion in dry environment • Reduce flooding • Improves the quality and quantity of groundwater • Conserve water • Slow erosion in dry environment • Reduce flooding • Improves the quality and quantity of groundwater
Benefits
Use Cases
Autonomous Vehicle
• Sensors (Moisture, infrared, inductive, 3D scanner) • Advance AI algorithm • IoT system
Features
• Increase Efficiency • Reduced OPEX • Optimal MRF Performance • Better Planning
Benefits
• ‘Portbin Robot’ by VJEngineering Solution • ‘Wasteshark’ by Ran Marine Technology
Use Cases
12
MSCA 2024 I VOL 7 I JUNE 2024
Decarbonisation as Business Opportunity
Decarbonisation Category
Business Opportunities
PBTs Interested
Providing ‘waste to wealth’ station at target zone in the city Establishing ‘mini’ biomass energy plants in agricultural areas Developing smart grid system for city electricity management Introducing smart bin at public area transforming sewage wastewater treatment into plant fertilizer purposes. • Developing a system to monitor and audit building carbon emission & energy usage. • Installing smart metering to manage energy and water usage. • Promoting rain-water harvesting system to all building.
Sepang (MPS)
Miri (MBM)
City Infrastructure
Shah Alam (MBSA)
Petaling Jaya (MBPJ)
Melaka Bandaraya Bersejarah (MBMB)
Sepang (MPS)
Batu Pahat (MPBP) Seberang Perai (MBSP) Seremban (MBS)
Building & Construction
Petaling Jaya (MBPJ)
Melaka Bersejarah (MBMB) Shah Alam (MBSA)
• Develop integrated platform for seamless mobility mode of choice • Transforming commercial & public transport into green vehicle
Sepang (MPS) Seremban (MBS) Petaling Jaya (MBPJ) Melaka Bandaraya Bersejarah (MBMB) Shah Alam (MBSA)
Urban Transportation
Decarbonisation is a fascinating issue that affects practically all governments and businesses, and its ramifications for investment are one we are actively monitoring. Carbon emissions reduction and the transition to a low-carbon economy have far- reaching ramifications for businesses, investors, and commodities markets. Decarbonisation activities can have an influence on commodities markets, resulting in decreased demand for fossil fuels, increased demand for metals and minerals, and changes in agriculture production. The objective of reducing global warming to 2 degrees Celsius over pre-industrial levels is a critical motivator and accomplishing it would necessitate considerable adjustments in the global energy system. Overall, it poses both difficulties and possibilities for businesses and investors, and stakeholders must carefully consider the impact on their operations and investment plans.
13
MSCA 2024 I VOL 7 I JUNE 2024
ESG-Compliant Monitoring Using Air Quality Sensors By Favoriot Sdn Bhd
Transit Industry Commitment in Building Hydrogen Economy Malaysia By UITM (College of Built Environment)
Smart Bin: Pioneering a Healthier Environment By Loranet Technologies PLT
14
MSCA 2024 I VOL 7 I JUNE 2024
Editor’s Picks
ESG-Compliant Monitoring Using Air Quality Sensors
By Dr Mazlan Abbas Chief Executive Officer Favoriot Sdn Bhd
Nowadays, Environmental, Social, and Governance (ESG) criteria are paramount, and integrating advanced air quality sensors with the Favoriot IoT platform emerges as a unique innovation. This synergy transforms environmental monitoring and aligns it with ESG goals, reinforcing the commitment to sustainable practices across various industries.
AIR QUALITY
Advanced Air Quality Sensors: A Cornerstone for ESG- Compliant Monitoring
These sensors, designed to measure essential parameters like air temperature, humidity, atmospheric pressure, and carbon dioxide levels, play a crucial role in addressing the ‘Environmental’ aspect of ESG. Their precision and reliability in data measurement are reshaping our approach to environmental stewardship, ensuring that industries can monitor and minimize their ecological impact effectively.
15
MSCA 2024 I VOL 7 I JUNE 2024
Key Features
• User-Friendly and Integrated: Simplifying deployment in diverse settings aligns with ESG goals by ensuring accessibility and ease of use. • Versatile Installation:
Air Quality Sensor — Unarvu SEM227 Meteorological Stations: These sensors provide essential data for climate research, aiding in addressing climate change — a core concern in ESG frameworks. Greenhouses and Agriculture: They help maintain optimal growth conditions, promoting sustainable agricultural practices. Environmental Monitoring Stations: By providing air quality data, they assist in pollution control and environmental conservation, directly contributing to the ‘E’ in ESG. Healthcare Facilities: Ensuring air quality in healthcare settings addresses the ‘Social’ aspect, focusing on community health and well-being. Purification Workshops and Labs: In settings where air purity is critical, these sensors ensure adherence to environmental standards, aligning with governance and compliance requirements. Their flexible design facilitates seamless integration into different environments, reducing the ecological footprint . • Stable Performance: Reliable data collection without interference is crucial for accurate environmental assessment and compliance. • Efficient Operation: Time-saving in debugging and operational efficiency support sustainable business practices. Broad Applications Reflecting ESG Commitments
16
MSCA 2024 I VOL 7 I JUNE 2024
Enhanced Measurement Capabilities for ESG Compliance Offering a wide measurement range and high accuracy, these sensors enable organizations to closely monitor and report environmental conditions, an essential requirement in ESG reporting and compliance.
Air Quality Sensor (Unarvu SEM227) with other IoT Sensors : ESG Compliant Monitoring
The integration with the Favoriot IoT platform brings a transformative edge to environmental monitoring: Favoriot IoT Platform: Elevating ESG through Technology
Automated Alerts for Immediate Response Alerts via SMS, email, or Telegram when thresholds are breached ensure swift action, crucial for mitigating environmental risks and adhering to governance standards. Data Visualization for Better Understanding The platform’s intuitive interface allows for efficient data analysis, aiding organizations in making informed decisions that align with ESG goals. Smart Decision-Making for ESG Compliance Real-time data access facilitates quick, informed decisions, enhancing environmental safety and meeting governance requirements.
Visualization of your environmental data is made easy using the Favoriot Platform
The combination of advanced air quality sensors and the Favoriot IoT platform signifies a leap in environmental monitoring and a commitment to ESG principles.This integrated approach provides precise data and a responsive framework, crucial for industries committed to sustainable, socially responsible, and well-governed practices.As we progress, this fusion of cutting-edge technology with ESG-aligned platforms like Favoriot is paving the way for a more informed, efficient, and sustainable future, reinforcing our journey toward responsible and intelligent environmental stewardship. Setting New Standards in ESG-Aligned Environmental Practices
17
MSCA 2024 I VOL 7 I JUNE 2024
Editor’s Picks 2
Transit Industry Commitment in Building Hydrogen Economy Malaysia
By Mohd Zamreen Mohd Amin Senior Lecture College of Built Environment, UiTM
Malaysia is actively seeking innovative solutions to enhance the sustainability of its transit industry, aligning with global efforts to mitigate climate change. One of the most promising avenues is the development of a hydrogen economy, particularly in the transportation sector. Hydrogen, as a clean and efficient energy source, offers significant potential to transform Malaysia’s transit infrastructure, reduce carbon emissions, and foster economic growth. Hydrogen fuel cells generate electricity through a chemical reaction between hydrogen and oxygen, emitting only water vapor as a byproduct. This makes hydrogen an exceptionally clean alternative to fossil fuels. The energy density of hydrogen is also high, which translates to longer ranges and shorter refuelling times compared to battery electric vehicles (EVs). Malaysia’s commitment to sustainability is evident in its national policies and initiatives. The government’s focus on renewable energy, coupled with its strategic location and infrastructure, positions Malaysia as a potential leader in the hydrogen economy. The transportation sector, which significantly contributes to the country’s carbon emissions, is a key target for these efforts. Government Commitment and Policies Malaysia aims to reduce its greenhouse gas emissions intensity of GDP by 45% by 2030 compared to 2005 levels, as part of its commitments under the Paris Agreement. The Malaysian government is actively promoting the adoption of hydrogen technologies through various initiatives and policy frameworks, including the Hydrogen Economy Roadmap, which outlines strategies to develop hydrogen infrastructure and applications.
18
MSCA 2024 I VOL 7 I JUNE 2024
Key Opportunities in the Hydrogen Economy for Malaysian Transit
Hydrogen-Powered Public Transport •
Buses and Trains: The adoption of hydrogen fuel cell buses and trains can significantly reduce urban air pollution and greenhouse gas emissions. Malaysia could pilot hydrogen-powered bus and rail lines in major cities like Kuala Lumpur, Penang, and Johor Bahru. • Ferries and Maritime Transport: Given Malaysia’s extensive coastline and reliance on maritime transport, hydrogen fuel cells could also be employed in ferries and other vessels, reducing emissions from marine transport. Infrastructure Development • Hydrogen Refuelling Stations: Establishing a network of hydrogen refuelling stations is crucial. Strategic placement of these stations along major transit routes and urban centres can facilitate the adoption of hydrogen-powered vehicles. • Hydrogen Production Facilities: Investing in green hydrogen production using renewable energy sources like solar and wind can ensure a sustainable supply. Malaysia’s abundant natural resources make it an ideal location for such facilities. Public-Private Partnerships • Collaborations and Investments: Encouraging collaborations between government bodies, private companies, and research institutions can accelerate the development and deployment of hydrogen technologies. Investment incentives and funding for pilot projects can spur innovation and adoption. Technological Innovation : • R&D and Manufacturing: Establishing research and development centres focused on hydrogen technology can position Malaysia as a hub for innovation. This can attract international expertise and foster the local manufacturing of hydrogen fuel cells and related components.
19
MSCA 2024 I VOL 7 I JUNE 2024
Challenges and Solutions
Safety Concerns
High Initial Costs
Technical Barriers
• Government Incentive • Economies of Scale
• Continuous Innovation • Skill Development
Stringent Standards
Key Initiatives and Pilot Projects
Sarawak Energy Hydrogen Plant Hydrogen-Powered Buses Operational Profile on Hydrogen-Powered Public Transport 1. Environmental Impact 1
Hydrogen fuel cell buses emit only water vapor, eliminating tailpipe pollutants such as CO2, NOx, and particulate matter. Each hydrogen bus can potentially reduce CO2 emissions by up to 90 metric tons per year compared to a diesel bus.
Zero Emissions
Air Quality Improvement
Adoption of hydrogen buses can significantly improve urban air quality, reducing health risks associated with air pollution.
1. Operational Efficiency 2
Hydrogen fuel cell buses have a range of 300-400 kilometres on a single tank, comparable to conventional diesel buses. Refuelling hydrogen buses takes about 10-15 minutes, much faster than recharging battery electric buses, which can take several hours. Hydrogen buses are known for their reliability and consistent performance, making them suitable for intensive urban transit operations.
Range and Refuelling
Reliability and Performance
20
MSCA 2024 I VOL 7 I JUNE 2024
1. Economic Considerations 3
The cost of a hydrogen bus ranges from USD 750,000 to USD 1 million, which is higher than diesel buses. However, prices are expected to decrease as the technology matures and production scales up. Lower maintenance costs and potentially lower fuel costs (if hydrogen is produced locally using renewable energy) can offset the higher initial investment over the lifespan of the buses.
Initial Cost
Operational Savings
Infrastructure Development
4
As of 2023, Malaysia has a few hydrogen refuelling stations, primarily in Sarawak. The government plans to expand this network to support the growing number of hydrogen vehicles. The Sarawak hydrogen production plant has a capacity of 130 kg of hydrogen per day, sufficient to refuel about 5 buses daily. Plans are underway to increase production capacity to meet future demand. ECONOMIC GROWTH
Hydrogen Refueling Stations
Hydrogen Production Capacity
JOB CREATION
Investment Attraction
Direct Employment
The development of a hydrogen economy is expected to create numerous jobs in manufacturing, infrastructure development, maintenance, and research.
Malaysia can attract significant investments from both domestic and international companies by positioning as a leader in hydrogen technology in Southeast Asia.
Market Leadership
Indirect Employment
Additional jobs will be created indirectly in related sectors such as renewable energy production and supply chain management.
Malaysia’s strategic location and resources make it an ideal hub for hydrogen production and export, potentially making it a key player in the regional hydrogen market.
21
MSCA 2024 I VOL 7 I JUNE 2024
FUTURE OUTLOOK
The hydrogen economy in Malaysia's transit industry is poised for significant growth, driven by technological advancements, supportive government policies, and increasing environmental awareness. Key Future Developments
Enhancing Public- Private Partnerships
Expanding Hydrogen Infrastructure
Scaling Up Hydrogen Production
Developing a comprehensive network of hydrogen refuelling stations across major urban centres and transit routes to support the widespread adoption of hydrogen vehicles.
Strengthening collaborations between government agencies, private sector players, and research institutions to drive innovation, reduce costs, and accelerate the deployment of hydrogen technologies.
Increasing the production of green hydrogen using Malaysia’s abundant renewable energy resources to ensure a sustainable and cost- effective supply.
In conclusion, the hydrogen economy presents a transformative opportunity for Malaysia’s transit industry. By leveraging hydrogen technology, Malaysia can achieve its sustainability goals, improve urban air quality, and create new economic opportunities. The potential benefits extend beyond environmental gains, promising economic growth, job creation, and enhanced national energy security. With strategic investments and coordinated efforts, Malaysia is well-positioned to become a leader in the global hydrogen economy, setting a benchmark for sustainable transit solutions.
The Hydrogen Roadmap has been published on the Ministry of Science, Technology and Innovation’s website and can be viewed here .
22
MSCA 2024 I VOL 7 I JUNE 2024
Editor’s Picks 3
Smart Bin: Pioneering a Healthier Environment
By Mr. Shamry Mubdi Managing Director Loranet Technologies PLT
The where the habit of people throwing things away is creating a huge amount of waste. Every year, we produce billions of tons of trash, with a large portion that will lead to pollution, overflowing landfills, and harm to the wildlife. Hence, world is facing a significant challenge overloaded landfills release toxins and occupy valuable land, while animals ingest plastic waste, and widespread microplastics threaten ecosystems glob pollution, overflowing landfills, and harm to wildlife. Hence, overloaded landfills release toxins and occupy valuable land, while animals ingest plastic waste, and widespread microplastics threaten ecosystems globally.
Conventional Trash Bin
Conventional trash bin has been useful for many years across the globe, but with the increasing of waste issues and environmental concerns, an innovative solution is emerging the world: the smart bin .
•
Simple
•
Manual collection
•
Non-technological
•
In efficient waste disposal
Smart Bin Technology comes equipped with sensors, connectivity features, and data analytics capabilities to improve waste management and recycling process. It is designed to be more efficient, convenient and sustainable for everyone. Additionally, The future of intelligent waste management shows great potential, as technology advancement like artificial intelligence (AI) is anticipated to enhance the capabilities of smart bins. These advancements will improve waste sorting, compacting, and processing that leads to sustainable waste management infrastructure.
What is Smart Bin?
23
MSCA 2024 I VOL 7 I JUNE 2024
How it works in cities management?
The importance of Waste Management in Society
Nowadays, governments around the world have prioritise the importance of the waste management by optimising the waste management strategies. Rapid population growth has led to the urbanisation, with more people living in cities and urban areas. Urban lifestyles tend to generate more waste due to concentrated consumption, overcrowded, and disposal patterns.
The
process
of
effective
waste
Basic routes for Smart Bin
management As the population grows, public space littering and bin overflow continues to be an issue which plagues cities around the world. The increase in population tends to drive up the consumption of resources, packaging materials, and products, which subsequently leads to higher levels of waste generation.
Monitoring bin overflow using sensors
Send signals to monitoring systems operated by local councils and waste management companies
The bin collection routes can be organised to optimise bin capacity
Effective smart waste managemen t
Decreased working hours of employees
Reduced fuel costs for waste management companies
Reduce the level of street litter
The smart bin is designed to make the waste collection and recycling process more efficient, continent and sustainable for both business and consumers. Encouraging Recycling
Promoting Awareness
Smart displays can educate the public on correct sorting of recyclables, and the environmental benefits of reducing waste.
Data Collection
Smart Bins can collect data on waste disposal patterns, including how frequently bins are emptied.
Household Engagement
Can engage residents in monitoring their own waste production and recycling efforts.
Governments and councils can utilize data from Smart Bins to implement targeted policies and initiatives
Policy & Enforcement
Technological Integration
Advances in Smart Bin technology can integrate with broader smart city initiatives
24
MSCA 2024 I VOL 7 I JUNE 2024
Smart Bin Component
Smart bins use sensors to detect how full the bin is. This data is usually sent wirelessly via WiFi or Bluetooth, helping waste management teams to streamline collection routes and minimize unneeded pickups. Additionally, cameras and various sensors can identify the type of waste being disposed of in the bin. Smart bins are linked to the Internet of Things (IoT), allowing for real- time communication between the bins, waste management teams, and central control systems. This connectivity also facilitates the collection and analysis of data. The data gathered from smart bins, including fill levels, waste types, and locations, can be analyzed to detect patterns and trends. This information aids in making informed decisions regarding waste collection schedules, recycling initiatives, and resource distribution. Smart bins can alert waste management teams when they are almost full. This helps optimize collection routes and prevents overflow, thereby reducing environmental impact.
Sensor
Connectivity
Data Analytics
Notification
Benefit of Smart Bin Reduced Carbon Emissions - Smart bins use sensors and connectivity to monitor fill levels in real-time, allowing for optimized waste collection schedules. This reduces the frequency of collection trips, leading to fewer vehicle miles traveled and thus lower fuel consumption and greenhouse gas emissions. By minimizing unnecessary trips, smart bins contribute to a reduction in the carbon footprint associated with waste management operations.
Reduced Overflow and Cleaner Surroundings - With real-time monitoring, smart bins notify waste management services when they are nearing capacity, ensuring timely collection. This prevents bins from overflowing, which can lead to littering and attract pests. The result is a cleaner, more hygienic environment in public spaces and residential areas, enhancing the overall quality of life.
Improved Recycling Rates - Smart bins can be equipped with features that encourage proper sorting of waste, such as compartments for different types of recyclables and instructional displays. Some smart bins can even identify and sort items automatically. By making recycling easier and more intuitive, these bins help increase the volume and quality of recyclable materials collected, promoting better recycling practices.
Data-Driven Collection Routes - The data collected by smart bins on fill levels and waste types allows waste management companies to design more efficient collection routes. Instead of following a fixed schedule, collection routes can be dynamically adjusted based on actual need, reducing the time and resources spent on waste collection. This data- driven approach enhances operational efficiency and reduces operational costs.
Smart Bin for Sustainable Future
The Smart Bin has the potential to completely transform the way that waste is managed worldwide. Big Data and IoT technology has already progressed to the point where local governments and municipalities may benefit greatly from its insights. Smart waste management systems have a lot of potential in integrating into the home trash management industry.
Technology solution in smart waste management?
Loranet advocates for LoRaWAN technology and encourages city councils to adopt LoRaWAN networks as the backbone of their smart city initiatives. LoRaWAN is versatile and can support a wide range of smart city applications beyond public transportation, including smart parking, environmental monitoring, waste management, and infrastructure maintenance. By adopting LoRaWAN as the primary connectivity infrastructure, cities can create a unified platform for managing various aspects of urban life efficiently. is a comprehensive and Unified IoT platform based designed for the management and monitoring of urban infrastructure. incorporates various components such as traffic lights, LED streetlights, SOLAR streetlights, traffic analytics camera, built-in Infrabot CMMS, enabling real-time control, energy efficiency, and enhanced maintenance capabilities through big data analytics. Loranet’s REACT Loranet’s REACT, is a
Success Project
(Product details) SMART BIN
REACT platform adopted by 13 city councils, 6 States, Kementerian Kerja Raya Malaysia dan Jabatan Kerja Raya Malaysia
26
MSCA 2024 I VOL 7 I JUNE 2024
MSCA ACTIVITIES JANUARY– JUNE 2024
27
MSCA 2024 I VOL 7 I JUNE 2024
MSCA TECH TOUR VISIT TO DNB’S EXPERIENCE CENTRE & INNOVATION LAB 22 January 2024 Kuala Lumpur
MSCA Delegation led by Ts Dr Raslan Ahmad, Chairman of MSCA and Senior Vice President of MIGHT had a tech tour visit to DNB’s Experience Centre and Innovation Lab co-hosted by MSCA and U Mobile Sdn Bhd. Around 37 MSCA members took opportunities to experienced various use cases demonstrated by the Digital Nasional Berhad in supporting the 5G execution. This is the 1st series of tech tour visit program created by MSCA aimed to connect tech entrepreneurs with investors, experts, government agencies and universities to realize their bold ambition and build successful partnerships. MSCA also in the targeting to organise next tech tour visit to other organisations of government, private sector and
universities as we could offer more knowledge exchange, expert sharing program and partnership scouting. MSCA EXHIBITION @ MOSTI TOWNHALL 2024 30 January 2024 Cyberjaya, Selangor
MSCA members consisting Elix Solution Sdn Bhd and Favoriot represented MSCA to showcase on Smart Cities technology and solution at Dewan Tun Canselor, Universiti Multimedia (MMU), Cyberjaya, Selangor. YB Tuan Chang Lih Kang was honored to visit both MSCA booth where Elix Solution demonstrated on Sistem Penguatkuasaan Bersepadu (SPKB) for Majlis Perbandaran Hulu Selangor as their strategic client and Favoriot showcased on their favoriot platform offering an all-in-one IoT Platform that nurture learning, fosters innovation and enables realisation of smart connected solutions.
28
MSCA 2024 I VOL 7 I JUNE 2024
MSCA COMMITTEE MEETING NO. 1/2024 1 February 2024 MIGHT Partnership Hub, Cyberjaya MSCA was honored to received President & Chief Executive Officer, Mr. Rushdi Abdul Rahim during the first MSCA Committee meeting for year 2024. In his remarks, Mr Rushdi addressed MIGHT commitment and fully support to MSCA activities with financial support and resources for MSCA to derive smart cities agenda and cultivate extensive networking between public and private agency at federal, state and PBT level. The conversation between the CEO and the MSCA was exceptionally dynamic, and it covered a wide range of concerns and difficulties related to the agenda for smart cities in the nation. The CEO also expressed his aspiration for MSCA to become the Smart Cities Advisory for Malaysia Government.
MSCA @ MIGHT TECHNOLOGY SHOWCASE VISIT BY DEPUTY MINISTER OF SCIENCE, TECHNOLOGY AND INNOVATION 14 February 2024 MIGHT Partnership Hub, Cyberjaya
A Working Visit by The Deputy Minister of Science, Technology and Innovation, YB Dato’ Mohammad Yusof Apdal, to MIGHT aiming to discuss on the National High-Technology Agenda. Mobiva Sdn Bhd represented MSCA had the opportunity to showcase on Smart Cities technology and solution at MIGHT Partnership Hub, Cyberjaya. The Deputy Minister was honored to visit and look Mobiva demonstrated on Mobiva Citizen Apps solution for disaster preparedness and evacuation. Mobiva Citizen used a real-time, community-shared mobile data to boost community strength and speed up disaster response, uniting response agencies with a single source or truth for better collaboration and resource allocation.
29
MSCA 2024 I VOL 7 I JUNE 2024
CULTIVATE EXTENSIVE NETWORKING ON SMART COTIES SOLUTIONS DIRECTORY 14 February 2024 Putrajaya
MSCA had meeting with Centre for Smart City Planning, PlanMalaysia. PlanMalaysia presented on the intention to develop smart solution directories by leveraging the National Smart City Platform(under Malaysia Urban Observatory) for PBTs to access information and solutions provided by industry players. During discussion, MSCA highlighted on the potential collaboration for directory repository source such as MSCO volume 1 & 2, MyICSC stakeholders directories and MySTI portal to assist PlanMalaysia in data consolidation. In addition, Dr. Raslan shared on possible directory updates through proposed avenue such as Smart City Challenge. As a way forward, MSCA and PlanMalaysia will work together in developing the smart solution directories which ultimately will benefit smart city ecosystem as a whole.
CULTIVATE EXTENSIVE NETWORKING WITH SIARQ 15 February 2024 MIGHT Partnership Hub, Cyberjaya MSCA Business Development Committee facilitated a meeting between SIARQ of Spain and two MSCA members from Sistem Perintis Sdn Bhd and Tech- Sfore Malaysia Sdn Bhd discussed potential business opportunities on smart city solarisation and monitoring system. SIARQ is commercialising SOLAR HUB solution worldwide, a patented multifunctional Solar hardware that integrates LED lighting and mobility/environmental sensors. All the information is visible in the cloud via urban Brain software and the IoT technology embedded into this Solar Hub. The Solarhub comes with an aesthetic design of 'Dome' Solar panel to covered the sensors of environmental, mobility and AI analytic program. This facilities can be installed to any selected areas like hospitals, larger neighborhoods, or a network throughout a municipality, depending on the analysis area. The BD Committee suggested for SIARQ to have further engagement with smart pole & IoT Platform provider by MSCA members for a potential technology sharing and to promote MSCA product in Spain market.
30
MSCA 2024 I VOL 7 I JUNE 2024
MSCA-DNB : NEW COLLABORATION UNLOCKED! 16 February 2024 Kuala Lumpur
MSCA had a courtesy visit to YBhg Datuk Ahmad Zaki Bin Zahid, Chief Strategy Officer of Digital Nasional Berhad. MSCA delegation was led by MSCA Chairman, Ts. Dr. Raslan Ahmad and accompanied by the MSCA Members including Mr. Saiful Hayaz (Tech Revolucion Sdn Bhd) , Dr Mazlan Abbas (Favoriot) and Datin Esther (U Mobile). Moving forward, the Digital Nasional Berhad (DNB) agreed to signed Memorandum of Understanding (MoU) with MSCA, based on few proposed avenues for 5G enabled. MSCA was honoured and welcomed DNB as MSCA strategic partner, which aims to work together towards realising smart cities initiatives at state and local government.
CULTIVATE EXTENSIVE NETWORKING WITH HUAWEI 16 February 2024 Kuala Lumpur
MSCA had a courtesy visit to Huawei Technologies (Malaysia) Sdn. Bhd. led by Ts. Dr. Raslan Ahmad, Chairman of MSCA. MSCA shared few proposed avenues highlighted abundance opportunities for Huawei to work together towards smart cities realisation. This meeting explore more on the industry needs and how MSCA can facilitate in increasing partnerships for on-ground implementation. Mr. Michael Zhuang, Chief Executive Officer of Huawei Enterprise Business expressed his interest and agreed to be part of MSCA via collaboration in the proposed avenues.
31
MSCA 2024 I VOL 7 I JUNE 2024
MSCA@ EURO-ASIAN IT FORUM, RUSSIAN FEDERATION 21 February 2024 Online Platform
The Chairman of MSCA had the honor of being one of the distinguished panelists at the Euro- Asian IT Forum "Digital Sovereignty as a Basis for Long-Term International Cooperation" hosted by Ministry of Digital Development, Communication and Mass Media of the Russian Federation. The Chairman presented on Smart Partnership In Building Resilience & Reshaping Smart And Sustainable Cities whereby 'Public-private partnerships (PPPs) are the powerful tool for achieving sustainable urban development within the current and future industries development. This insightful session also focused on the stages, mechanisms, technological effectiveness of city infrastructure, challenges of implementing smart solutions, advanced developments, and current trends in smart cities and regions from others panelist from the Vice-gavenor of Saint Petersburg, Mayor of Innopolis, Deputy Governor of Kaluga region, DEPA Thailand, Deputy governor of Nzhny Novgorod region and a Professor from Russian-Armenian University. MSCA@ MIGHT Technology Showcase 21 February 2024 MIGHT Partnership Hub, Cyberjaya Ts. Dr Raslan Ahmad presented on MIGHT’s and MSCA’s role in the sustainable agenda and smart city development to the Perak's Local Authorities delegation led by YB Sandrea Ng Shy Ching Chairman of the Housing and Local Government Committee during their working visit at MIGHT to meet YB Chang Lih Kang Minister of Science, Technology and Innovation (MOSTI). The delegation represented by 15 Perak PBT and smart city industry players. During the session, Vectolabs Technologies Sdn Bhd (MSCA member) presented their Smart cities Solutions mainly focusing on smart streetlights, AI enabled Pedestrians crossing system and smart toilets. Vectolabs Technologies Sdn Bhd also demonstrated the dashboard and relevant data related to their smart cities solution which have visited by the Perak State Local local authorities.
32
MSCA 2024 I VOL 7 I JUNE 2024
Unlock the Collaboration with CelcomDigi 29 February 2024 MIGHT Partnership Hub, Cyberjaya MSCA and CelcomDigi had a fantastic conversation in identifying both needs and challenges while also discussing how the collaboration will benefit both in a long-term. MSCA welcomes CelcomDigi as a member and highlighted three potential collaboration opportunities. Meanwhile, CelcomDigi has a strong team in infra provision hence agreed to work together with MSCA as a partner in providing smart city solutions and collaboratively developing a strong business model for PBTs as part of their goal of transitioning from Telco to Telco-Tech.
MSCA@IEO- GEF Evaluating Environment Development (EED) Conference 2024 7 March 2024 World Bank Washington, United States of America (USA)
This conference gathered distinguished speakers and participants for intensive discussions on evaluation in the context of environment and development. The objective of this conference is to bring together leading practitioners and thinkers on environmental evaluation as well as young and emerging evaluators to share concrete experiences. Ts Dr Raslan Ahmad presented as one of distinguished panellist deliberating on *Transforming Evaluation Systems to Mainstream Sustainability: Country Perspectives @ IEO EED Conference 2024.* Dr. Raslan shared experiences start with planning stage to the realisation of smart city implementation in Malaysia. This session was moderated by Ketevan Nozadze, the GEF Independent Evaluation Office (IEO) together with 3 other esteemed panelist;
Camilla Mata Machado Soares (Director, Minister of Planning, Budget and Management of Brazil), Marvin Taylor-Dormond (Asian Infrastructure Investment Bank) and Taku Chirau, (Deputy Director, Learning on Evaluation & Results Anglophone Africa. Along this interesting discussion, moderator and panelist explored how countries can transform and strengthen evaluation systems and practices to mainstream sustainability, inform on systemic challenges and use evaluative findings to advocate for better policies for people and the planet.
33
MSCA 2024 I VOL 7 I JUNE 2024
GEF Headquarters, USA
MSCA Chairman & MIGHT Senior Vice President, Ts Dr Raslan Ahmad paid a courtesy call on the Global Environment Facility (GEF) Chief Executive Officer and Chairperson Carlos Manuel Rodríguez. GEF is the largest multilateral source of environmental funding for developing countries and host of the new Global Biodiversity Framework Fund. The purpose of the visit was to update the progress of GEF’s Sustainable Cities Program and Malaysia participation for the GEF-8 Sustainable Cities Integrated Program (SCIP) aims to support cities and local governments in undertaking integrated urban planning, implementing policies, investing in nature-positive, climate-resilient, and carbon-neutral urban development.
MSCA@ Smart City Summit & Expo 2024 (SCSE 2024) 19 March 2024 Taipei, Taiwan
SCSE 2024 provided opportunities for digital & green transformation in wide variety of smart city industries. MSCA delegation led by Dr Chen Jit Ern, Vice Chairman of MSCA and represented by Sunway, Miri City Council and MIGHT attended this SCSE in Taipei, Taiwan. Dr Chen Jit Ern spoke at one of ASEAN panel session titled Digital and Green Transformation in ASEAN discussing on how Taiwan and Malaysia can collaborate on smart cities solutions. In addition, Miri Councillor, Cr. Abdullah bin Jaini was invited as VIP in the Matchmade Asia session. Miri City Council engaged with few Taiwanese companies on Taiwan smart city solutions. Taiwanese companies were interested in investment opportunities towards Miri city's smart cities initiatives. In addition, MSCA delegation were invited to attend the Smart City & Net Zero City Dinner at National Taiwan Science Education Center.
34
MSCA 2024 I VOL 7 I JUNE 2024
Page 1 Page 2 Page 3 Page 4 Page 5 Page 6 Page 7 Page 8 Page 9 Page 10 Page 11 Page 12 Page 13 Page 14 Page 15 Page 16 Page 17 Page 18 Page 19 Page 20 Page 21 Page 22 Page 23 Page 24 Page 25 Page 26 Page 27 Page 28 Page 29 Page 30 Page 31 Page 32 Page 33 Page 34 Page 35 Page 36 Page 37 Page 38 Page 39 Page 40 Page 41 Page 42 Page 43 Page 44 Page 45 Page 46 Page 47 Page 48 Page 49Made with FlippingBook interactive PDF creator