Affordable Energy Archives - SDGs Center

Universitas Airlangga Drives Policy Insights to Support Indonesia’s Clean Energy Transition

Admin SDGS — Tue, 26 Dec 2023 02:57:51 +0000

Universitas Airlangga (UNAIR) is at the forefront of supporting Indonesia's shift toward clean energy and energy efficiency. Through its dedicated New and Renewable Energy Research Group (EBT) within the Faculty of Law, UNAIR plays a crucial role in guiding government policy development on sustainable energy. This research group is actively engaged in analyzing complex regulatory frameworks and identifying solutions to bolster Indonesia's clean energy transition, in line with national targets of 23% renewable energy in the national energy mix by 2025 and 31% by 2030.
See the document here!

Tackling Regulatory Challenges in Renewable Energy

Indonesia's renewable energy shift has faced challenges related to regulatory frameworks and policy clarity, which can impact implementation. To address these, UNAIR's EBT group is conducting research on regulatory issues affecting renewable energy policies and facilitating discussion that bring these issues to light. Key findings from this research are shared with government stakeholders through targeted publications and public seminars, sparking valuable discussions on the legal nuances surrounding new and renewable energy sources.

Proactive Engagement in Policy Recommendations

Through ongoing research and community engagement, UNAIR offers clear, evidence-based recommendations to help government structure policies that support sustainable growth. This include analyzing the complexities of integrating Dimethyl Ether (DME), a fossil-derived product classified as "new energy", which has raised both legal questions and public debate. These discussions underscore the need for balanced policies that support renewable energy while addressing legal and environmental concerns.

UNAIR’s work aligns with Indonesia’s overarching energy targets as outlined in Presidential Regulation No. 22 of 2017, which aims to integrate renewable energy sources into the nation’s energy mix. The university’s contributions include identifying effective regulatory frameworks that can help the government meet its renewable energy targets and expand clean energy initiatives nationwide.

With its dedicated approach, UNAIR’s EBT research group offers a critical academic perspective on legal and policy strategies that facilitate Indonesia’s clean energy transition. Through continuous research, policy discussions, and collaborative events, UNAIR demonstrates a strong commitment to fostering sustainable energy practices that resonate with global best practices and advance Indonesia’s national energy security agenda.

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Universitas Airlangga Embarks on Energy-Efficient Upgrades for Existing Campus Buildings

Admin SDGS — Fri, 15 Dec 2023 14:04:29 +0000

Universitas Airlangga (UNAIR) has committed to a series of annual building upgrades that emphasize energy efficiency, aligning with its long-term sustainability and green campus goals. Guided by Rector's Decree No. 1074/UN3/2021 on Energy-Saving Policies and No. 1050/UN3/2021 on Green Campus Initiatives, UNAIR is actively transforming its infrastructure to incorporate advanced energy-efficient technologies.

Strategic Upgrades for Sustainable Campus Buildings

As part of its continuous efforts, UNAIR's energy-efficient renovation plan includes retrofitting and improving existing facilities. In 2023, UNAIR successfully renovated the Nutrition Laboratory at The Faculty of Public Health, implementing smart building procedures outlined in Decree PP-UNAIR-MUN-01-17. The renovation prioritized LED lighting installations and enhanced ventilation systems, ensuring and energy-efficient, clean, and sterile environment essential for laboratory operations.

This laboratory upgrade reflects UNAIR's commitment to energy-efficient design, creating healthier and more sustainable workspaces that meet modern environmental standards.

Harnessing Solar Power for a Cleaner Energy Profile

In addition to retrofitting existing buildings, UNAIR has intergrated solar panel installations on the student dormitory building, generating an impressive daily average of 30 kW. This solar power system reduces the university's dependence non-renewable energy sources, offering a sustainable energy solution that complements the dormitory's needs.

Similary, the Airlangga Sharia & Entrepreneurship Education Center has also adopted solar power, underscoring UNAIR's commitment to renewable energy and its focus on reducing campus-wide carbon emissions. Together, these installations represent a broader effort to transition the campus to sustainable energy sources, contributing to national energy efficiency goals.

UNAIR's renovation and upgrade plan illustrates a proactive approach to building a sustainable campus. The integration of LED lighting, optimized ventilation, and renewable energy systems demonstrates a tangible commitment to environmental stewardships.

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Universitas Airlangga Drives Energy Efficiency and Clean Energy Initiatives to Support Local Industry

Admin SDGS — Wed, 25 Oct 2023 06:25:50 +0000

Universitas Airlangga (UNAIR) is at the forefront of fostering sustainable energy solutions and boosting energy efficiency within local industries. Through dedicated research, practical installations, and community engagement, UNAIR is creating a lasting impact on energy use in rural communities and empowering small businesses with innovative, clean energy solutions.

Solar-Powered Charging Stations on Madura Island

One key initiatives includes UNAIR's collaboration with the Electric Vehicle on Study Group, which has brought solar-powered charging stations to Madura Island. This service, aimed specifically at health workers who travel across rural areas, reduces reliance on conventional fuel and provides an environmentally friendly, renewable charging solution for electric bicycles. This sustainable infrastructure enhances the reach and accessibility of healthcare services while simultaneously supporting Madura Island commitment to clean energy.

Photosynthetic Microbial Fuel Cells (PMFC) for SMEs

In other initiative, UNAIR's Photosynthetic Microbial Fuel Cell (PMFC) research is paving the way for small and medium enterprises (SMEs) to generate low-cost electricity using shrimp farm waste and microalgae (Scenedesmus sp.). This technology hold significant promise for the seafood and aquaculture industries, as it demonstrates the potential for waste-to-energy-conversion. Although producing only modest amounts of electricity, the project showcases the university's commitment to exploring renewable energy options for local industries, creating a model that can be replicated for SMEs across East Java.

Solar-Powered Hydroponic for Sustainable Agriculture

To support sustainable agriculture, UNAIR has also built solar-powered hydroponic installations that integrate an automated nutrient dispenser system, specifically designed to improve productivity for hydroponic farmers in rural areas. This system not only enhances water and energy efficiency, but also promotes clean energy through the use of solar power, making it an ideal for communities seeking to optimize agricultural outputs sustainability.

Airfeel V.3: Real-Time Environmental Monitoring

Adding to these innovations, UNIAR's AirFeel V.3 technology provides real-time monitoring of environmental conditions, from air quality to weather metrics. Developed by the Instrumentation and Energy Research Community, AirFeel V.3 uses solar energy to power its monitoring systems, offering accessible data on parameters like wind speed, temperature, oxygen, carbon dioxide, and carbon monoxide levels. This IoT-based device can be monitored via AirFeel app, allowing local businesses, farmers, and communities to make informed decisions based on real-time environmental data, ultimately fostering a deeper understanding of energy efficiency and sustainability.

By actively promoting energy efficiency and clean energy services, Universitas Airlangga is making a significant contribution to regional sustainability. Its hands-on programs, from solar panel installations to renewable energy research, directly benefit local industries by providing tangible resources, tools, and knowledge that enhance energy efficiency and reduce environmental impact.

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Universitas Airlangga Implements Strategic Energy Efficiency Plan to Reduce Campus Energy Consumption

Admin SDGS — Tue, 12 Sep 2023 02:32:49 +0000

Demonstrating a firm commitment to environmental sustainability, Universitas Airlangga (UNAIR0 has established a strategic energy efficiency plan aimed at reducing energy consumption and promoting cleaner energy sources across its campuses. Guided by Rector's Decree No. 1074/UN3/2021 and 1050/UN3/2021, UNAIR has implemented multiple initiatives focused on conservation, energy-efficient technologies, and renewable energy adoption to achieve substantial energy savings and lower emissions. UNAIR also has a net-zero carbon report which includes reports on energy use, programs to reduce energy consumption, and strategies implemented by UNAIR to become an eco-friendly campus.

Advanced Technologies for Optimized Energy Use

As part of its energy efficiency plan, UNAIR has introduced LED lighting, high-efficiency HVAC systems, and automated energy management systems across all campus facilities. These technologies minimize electricity consumption and reduce overall operational costs. A recent addition, the Building Automation System (BAS), integrated in 2022, further enhances energy conservation by automating key building functions, such as HVAC, lighting, fire alarms, and security alarms. This system optimizes energy use based on occupancy and environmental conditions, supporting both energy efficiency and user comfort.

Increasing Renewable Energy Capacity

To reduce its reliance on conventional energy, UNAIR has installed solar panels on key campus buildings. These panels, connected to an advanced inverter, generate renewable energy and efficiently distribute it across campus, contributing to UNAIR's sustainability goals. Looking forward the future, UNAIR is exploring wind power options to diversify its renewable energy sources, with plans to install wind turbines capable of producing 10,000 watts. This investment will further reduce the university's carbon footprint and enhance the sustainable energy management in higher education.

Innovative Green Solutions for Energy Savings

UNAIR's energy efficiency plan also includes innovative green infrastructure aimed at enhancing land use and creating comfortable environments. Vertical garden are being incorporated into faculty buildings, cooling down interiors, improving air quality, and promoting sustainable land use. These installations align with UNAIR's broader goal of energy efficiency, reducing the need for excessive air conditioning and contributing to a healthier campus environment.

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Universitas Airlangga Empowers Local Communities with Energy Efficiency and Clean Energy Initiatives

Admin SDGS — Fri, 28 Jul 2023 07:53:29 +0000

In a commitment to advance energy efficiency and clean energy education, Universitas Airlangga (UNAIR) has launched a series of impactful community outreach programs, bringing sustainable solutions to local communities. Through its Airlangga Community Development Hub (ACDH), UNAIR has introduced innovative energy projects to underserved areas, promoting energy independence and sustainability.

Sustainable Energy Solutions for Gili Iyang Island

One of UNAIR's flagship outreach efforts focuses on Gili Iyang, a remote island in Madura, East Java. UNAIR introduced a solar-powered weather monitoring system and an air quality meter, both designed to help locals better understand their environmental conditions. Alongside this, UNAIR equipped the Bancamara Health Center with an electric bicycle and established solar-powered charging shelter with LED lighting and multiple power outlets. UNAIR's clean energy initiatives on Gili Iyang underscore its mission to integrate technology and sustainability, providing lasting solutions to meet community needs.

Lighting Up Wonosalam with Solar Energy

UNAIR has also extended its renewable energy initiatives to the Wonosalam sub-district of Jombang, where students volunteers installed solar panels to provide lighting in areas without access to reliable electricity. This project is part of UNAIR's "Village Development Movement", a campaign aimed to fostering development through sustainable and alternative energy sources in rural settings. UNAIR's student-led efforts have helped illuminate critical areas, reinforcing clean energy's potential to improve quality of life in underserved communities.

Community Education on Waste Management and Biogas in Surabaya

Back on its home turf in Surabaya, UNAIR is actively teaching surrounding communities about waste sorting and its role in producing biogas. By educating participants on categorizing waste, UNAIR's program aim to reduce landfill use while promoting renewable energy. The waste management workshops include practical training in constructing biogas reactors, where attendees learn firsthand about turning organic waste into usable energy, a process that supports both energy efficiency and environmental sustainability.

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Universitas Airlangga’s Proactive Energy Reviews Target Efficiency and Carbon Reduction

Admin SDGS — Wed, 21 Jun 2023 05:24:08 +0000

In its commitment to environmental sustainability, Universitas Airlangga (UNAIR) conducts systematic energy reviews across its campuses, with a focus on identifying and addressing high energy usage and wastage areas. These efforts are part of UNAIR’s broader mission to reduce carbon emissions and increase energy efficiency, aligning with global sustainability goals.

Comprehensive Energy Audits

Expanding Renewable Energy Sources

To reduce reliance on non-renewable sources, UNAIR has invested in renewable energy infrastructure across its campuses. Current solar installations have a combined capacity of 280.6 kWp, generating an impressive annual output of 808,128 kWh. To further expand its clean energy portfolio, UNAIR plans to install a wind turbine system in 2024, with a projected annual production of 10,000 watts. This shift not only decreases indirect emissions but also represents a major step in UNAIR’s journey toward a sustainable energy future.

For more about UNAIR’s renewable energy initiatives, see the article on solar technology in campus facilities.

Sustainable Green Spaces

In addition to energy efficiency upgrades, UNAIR leverages green spaces for natural carbon absorption across its three campuses. Spanning a total of 651,993 square meters, these spaces have the potential to absorb up to 3,585.96 tonnes of CO₂ each year, calculated at an absorption rate of 0.0055 tonnes per square meter. This green infrastructure not only reduces carbon levels but enhances campus biodiversity, creating a healthier and more sustainable environment for students and staff.

Future Commitments

With energy audits revealing insights into areas of high consumption, UNAIR is doubling down on its commitment to renewable energy, sustainable construction, and ongoing carbon reduction efforts. As part of this vision, the university plans to introduce further green technologies, optimized heating and cooling systems, and educational initiatives to promote a sustainable lifestyle among the campus community.

For more on UNAIR's sustainability initiatives, please see:
Improved Solar Technology for a Sustainable Green Campus
Greenhouse Gas Report of Universitas Airlangga

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Universitas Airlangga Adopts Divestment Policy to Shift Investments from Carbon Intensive Industries

Admin SDGS — Tue, 13 Jun 2023 05:07:38 +0000

In groundbreaking move for sustainability in higher education, Universitas Airlangga (UNAIR) has officially enacted a policy to divest from carbon intensive energy industries, including coal and oil. The commitment, outlined in Policy No. 471/UN3/HM/2022, prioritize divestment from companies associated with high-carbon energy use and promotes investment in environmentally responsible sectors. This policy is part of UNAIR's broader strategy to align its financial practices with its sustainability goals, reflecting its commitment to reducing its carbon footprint and supporting green energy.

Policy Details and Environmental Objectives

According to Policy No. 471/UN3/HM/2022, UNAIR is urged to avoid financial engagement with companies involved in high-carbon industries, such as fossil fuels. Instead, it seeks to reinvest in sectors that champion renewable energy and sustainable practices, aiming to support industries that align with SDGs. This approach places UNAIR at the forefront of sustainable financial management in Indonesian higher education, marking a clear shift towards carbon neutrality and environmental responsibility.

Complementing this, Policy No. 472/UN3/HM/2022 reinforces UNAIR's commitment to sustainable procurement. It requires all suppliers to provide sustainable resources, thereby extending the university's sustainability impact beyond its own investments. By ensuring that procurement practices align with environmental goals, UNAIR establishes a robust framework for reducing indirect emissions linked to its supply chain.

Redirecting Investments to Green Sectors

The policy not only divests carbon-intensive industries but also reallocates funds toward sectors that champion sustainability, such as renewable energy, clean technology, and low-carbon solutions. UNAIR's strategic redirection of investments aligns with its broader environmental goals, providing financial support to industries that contribute to a sustainable future. Through this divestment policy, UNAIR fosters a proactive approach to managing its endowment and financial assets, showcasing its dedication to responsible environmental stewardship.

This policy is a significant milestone in UNAIR's journey toward sustainability and provides a solid foundation for promoting conscious investment practices. As UNAIR continues to build on its divestment strategy, the university is poised to make lasting contributions to a cleaner, greener future.

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Universitas Airlangga Takes Bold Steps Toward 100% Renewable Energy with Net-Zero Carbon Commitment by 2030

Admin SDGS — Wed, 07 Jun 2023 05:59:24 +0000

Universitas Airlangga (UNAIR) is advancing its commitment to sustainable energy with a pledge to achieve Net-Zero Carbon status by 2030. This commitment, publicly declared through Rector's Decree No.2023/UN3/2022, aims to transform UNAIR into a model for environmental responsibility, both on and beyond campus. The pledge emphasizes the adoption of renewable energy sources, notably solar and wind, alongside promoting energy-efficient systems and sustainable transportation initiatives.

As part of this commitment, UNAIR is actively engaging with broader communities to increase awareness and foster support for clean energy. SIDAFIT (Sustainable Industrial Devices, Artificial Intelligence, and IoT), held in partnership with Petronas Technology University from Malaysia, brought together experts and community members to explore developments in renewable energy, green technology, and sustainable industrial practices. The event highlighted UNAIR's dedication to sharing knowledge and encouraging green technology adoption beyond campus borders.

Driving Community Engagement through Public Petitions and Renewable Energy Advocacy

UNAIR has also initiated various discussion, petitions, and awareness programs through the Society of Renewable Energy (SRE) UNAIR. These initiatives reach over 500 participants, including faculty, students, and community members, engaging them in dialogues and activities centered on renewable energy solutions. The SRE UNAIR program introduces participants to renewable innovations, and practical applications, and hosts events for hands-on experiences with sustainable practices. This focus on widespread engagement promotes a shared vision for cleaner energy solutions across East Java and beyond.

A Pathway to Carbon Neutrality: Policies and Practices for a Greener Future

UNAIR's structured roadmap to carbon neutrality includes:

Installation of Solar and Wind Energy Systems

Solar panels have been implemented on key campus buildings, with additional wind turbines planned for deployment

Smart Energy Management

Automation and energy-saving technologies, including LED lighting and advanced energy management system, are being integrated campus-wide

Sustainable Transportation Initiatives

The campus has implemented electric bike-sharing programs, bus routes, an walkable pathways to reduce the carbon footprint from traditional vehicles.

The comprehensive plan positions UNAIR shift toward clean energy, working alignment with Sustainable Development Goals (SDGs) and setting strong example. UNAIR's carbon commitment document can be accessed for more details: Rector's Decree No.2023/UN3/2022

Global and Local Leadership in Sustainability

Through events like SIDAFIT and Society of Renewable Energy Initiatives, UNAIR not only strengthen its own sustainability practices but also demonstrates a commitment to leading by example. Engaging communities in renewable energy awareness and advocating for a 100% renewable energy future showcases UNAIR's role in contributing to a sustainable future for Indonesia and beyond.

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Universitas Airlangga Implements Comprehensive Carbon Management Strategy to Reduce Emissions

Admin SDGS — Tue, 14 Mar 2023 01:14:28 +0000

Committed to addressing cilmate change and minimizing its carbon footprint, Universitas Airlangga (UNAIR) has implemented carbon management system to reduce greenhouse gas emissions and promote sustainable campus environment. With a strong focus on carbon reduction policies and emission cutting technologies, UNAIR is setting a new standard for sustainability in higher education.

Annual Carbon Reporting and Greenhouse Gas Tracking

UNAIR records its annual greenhouse gas emission, reporting a total of 22,081 tonnes of CO2 equivalent (tCO2eq) in 2023. This comprehensive tracking system allows the university to monitor its environmental impact, ensuring that reduction strategies era data-driven and impactful. Guided by this data, UNAIR has implemented targeted measure to address both direct and indirect emissions, reflecting a proactive approach to carbon management.

Promoting Green Transportation and Reducing Scope 1 Emissions

To reduce emissions in Scope 1, UNAIR has developed a range of eco-friendly transportation options. Free bicycle services, electric bikes, and flash buses allow students and staff to travel between campuses without contributing to emissions, significantly decreasing the university's reliance on fossil-fuel base transportation. These sustainable transit options not only reduce carbon emissions but also enhance campus accessibility and convenience.

Expansive Green Open Spaces for Carbon Absorption

UNAIR's green open spaces cover over 651,993 square meters across its three main campuses, providing natural carbon absorption. With an average absorption rate of 0.0055 tonnes of CO2 per square meter annually, these areas have capacity to absorb up to 3,585.96 tonnes of CO2 each year. These green spaces contribute to local biodiversity and enhance air quality while supporting the university's carbon offset goals.

Expanding Renewable Energy Capacity and Reducing Scope 2 Emissions

UNAIR is actively working to reduce indirect emission by expanding its renewable energy infrastructure. Solar panels installed across campus buildings now have a capacity of 280.6 kilowatts peak (kWp), generating approximately 808,128 kWh of renewable electricity annually. In addition, UNAIR plans to install a 10,000 watt wind turbine in 2024, which will further divesify its renewable energy sources and contribute to the university's emission reduction targets. The energy generated by these installations reduces dependence on non-renewable power, supporting a cleaner, greener campus.

Supporting Electric Vehicles with EV Charging Stations

To promote the adoption of electric vehicles, UNAIR has established five EV charging stations across campus, each with a capacity of 100 kWh. This infrastructure supports sustainable commuting options for students, staff, and the wider community, aligning with national and global efforts to reduce carbon emissions from transportations.

Integrating Energy-Efficient Technologies for Emission Reduction

In addition to renewable energy sources, UNAIR is reducing emissions through energy-efficient technologies in its building. LED lighting and smart ventilation systems are installed across campus, optimizing energy use and minimizing waste. By upgrading campus facilities with energy-saving technologies, UNAIR reinforces its commitment to environmental sustainability, achieving a measurable reduction in overall energy consumption.

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