MSD 019: Unit 08 - SDG7–Affordable and Clean Energy
UNIT 8: SDG 7 – AFFORDABLE AND CLEAN ENERGY
8.0
Introduction
Energy is
essential for modern life — powering homes, hospitals, schools, industries, and
transportation. However, access to energy remains unequal. About 675 million
people still live without electricity, and nearly 2.3 billion
rely on polluting fuels for cooking. Sustainable Development Goal 7 (SDG 7) aims to
"ensure access to affordable, reliable, sustainable and modern energy for
all" by 2030.
Clean,
affordable energy is critical to reduce poverty, support development, and
address climate change. SDG 7 promotes universal access to electricity,
increased use of renewable energy, improvements in energy efficiency, and
enhanced international cooperation.
8.1
Objectives
By the end of
this unit, learners will be able to:
·
Understand the importance of affordable and clean energy for
sustainable development.
·
Identify SDG 7 targets and indicators.
·
Analyze global energy access, renewable energy trends, and energy
efficiency goals.
·
Explore key policy solutions and financing strategies.
·
Learn from international case studies related to SDG 7
implementation.
8.2
Significance of SDG 7 and Key Energy Issues and Impacts
Access to
clean and affordable energy:
·
Reduces poverty by enabling economic development.
·
Improves health by reducing indoor air pollution from traditional cooking
methods.
·
Promotes education as children can study after dark with electric lights.
·
Supports gender equality, freeing women from
time-consuming fuel collection.
·
Reduces carbon emissions, slowing down climate change.
Key
Issues:
·
Energy poverty, especially in Sub-Saharan Africa and South Asia.
·
High dependence on fossil fuels.
·
Uneven progress in energy access and renewable deployment.
·
Limited funding and infrastructure for clean energy in developing
nations.
8.3
SDG 7: Targets, Indicators and Global Trends
SDG
7 has 5 key targets:
1. Universal
access to affordable, reliable and modern energy services.
2. Increase the
share of renewable energy in the global energy mix.
3. Improve
energy efficiency (e.g., reduce energy used per unit of GDP).
4. Enhance
international cooperation to facilitate clean energy research and technology.
5. Expand
infrastructure and upgrade technology in developing countries.
8.3.1
Global Trends – Energy Access
·
Electrification has improved globally — from 83% in 2010 to ~91%
in 2021.
·
However, rural areas, especially in Africa, remain underserved.
·
Access to clean cooking fuels and technologies is
progressing slowly.
8.3.2
Global Trends – Renewable Energy
·
Renewables made up nearly 30% of global electricity generation in 2021.
·
Solar and wind energy capacity is growing fast, but investment
gaps remain in many low-income nations.
·
Hydropower remains the largest renewable energy source globally.
8.3.3
Global Trends – Energy Intensity
·
Energy intensity (energy per unit of GDP) has improved globally by about 1.8% per year,
but the rate must accelerate to meet 2030 targets.
·
Energy-efficient technologies in buildings, transport, and
industries are key.
8.3.4
Global Trends – Energy Finance
·
Financing for clean energy in low-income countries is far below
needed levels.
·
Developed nations pledged financial support under the Paris
Agreement, but progress is slow.
·
Blended finance, private sector investment, and public subsidies
are being explored.
8.4
Key Policy Solutions and the Future
8.4.1
Energy Access and Affordability
·
Mini-grids and off-grid solar solutions are being used to expand
electricity in remote areas.
·
Subsidized electricity tariffs can support
poor households.
·
India’s Saubhagya Scheme aimed to achieve 100% household
electrification.
8.4.2
Renewable Energy
·
Policy incentives like Feed-in Tariffs, Renewable Purchase Obligations (RPOs), and
Viability Gap Funding are boosting renewable energy uptake.
·
India’s National Solar Mission targets 280 GW of solar
capacity by 2030.
8.4.3
Energy Efficiency
·
Building codes, efficient appliances (like LED lights), and
industrial upgrades reduce energy waste.
·
India’s Perform, Achieve, and Trade (PAT) scheme
incentivizes industries to save energy.
·
Labeling schemes like BEE star ratings promote energy-efficient appliances.
8.4.4
Energy Finance
·
Financing must be scaled up through green bonds,
carbon
credits, and international climate funds.
·
Partnerships with private sector investors and multilateral
institutions (e.g., World Bank, GEF) are crucial.
·
Just energy transition partnerships (JETPs) are emerging
to support countries moving away from coal.
8.5
Select Case Studies
Case
1: Women Empowerment through Access to Electricity in Rural Myanmar
·
In Myanmar’s Chin State, solar mini-grids have electrified rural
homes.
·
Women now run small businesses (e.g., food processing, tailoring)
thanks to evening power supply.
·
Children’s education improved due to extended study hours.
·
Local ownership of the mini-grids created jobs and improved
livelihoods.
Case
2: Energy Efficiency and Renewable Energy in Bosnia and Herzegovina (B&H)
·
The country launched pilot projects on district heating and public
building retrofitting.
·
Results showed 40–60% energy savings.
·
Municipalities now invest in scaling these solutions to reduce GHG
emissions and costs.
Case
3: Balancing the Transmission System in Brazil
·
Brazil developed a smart transmission system to integrate solar and
wind power with the national grid.
·
AI and real-time monitoring reduce blackouts and energy loss.
·
The system enabled Brazil to reduce fossil fuel dependency
and expand renewable integration.
8.6
Let’s Sum Up
·
SDG 7 focuses on ensuring universal access to affordable,
reliable, sustainable, and modern energy.
·
It includes targets for expanding electricity access, increasing
renewables, improving efficiency, and promoting international cooperation.
·
While energy access has improved globally, financing
gaps, infrastructure challenges, and regional
disparities remain.
·
Policy reforms, technology, international support, and community
engagement are essential to meet SDG 7 by 2030.
·
Case studies show the impact of clean energy access on empowerment,
efficiency, and sustainability.
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