how can south africa implement smart grids? international best practice and case studies
TRANSCRIPT
How Can South Africa Implement Smart Grids?
International Best Practice and Case Studies
Key Lessons Learned and Adoption Strategies
May 2013
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Introduction
1. Reduction of peak hour demand
2. Solving the problem of energy
inefficiencies
3. Increasing electricity prices
4. Integration of renewable energy into
the grid
Market Drivers Market Restraints
1. Financial pressure and the significant
investment required for smart grid
projects
2. Skills and expertise shortage
3. Policies, regulations, and specifications Source: Frost & Sullivan analysis.
Electricity Sector in South Africa: The national utility’s reserve margin on their generation
capacity is becoming low and may present a problem for the country in the near future.
• Smart grids are an enabler of energy security allowing two-way communication between
the consumer and supplier. It will also allow and facilitate the integration of intermittent
renewable power sources into the energy supply mix, in accordance with the IRP 2010.
• Implementing an efficient smart grid system will give the South African consumer the
opportunity to monitor their electricity use and control the amount of money they spend on
their monthly electricity bills. At the same time, the country’s utility will be able to monitor
electricity demand and control system faults more effectively.
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Case Studies
International Case Studies: The following projects were studied and key project
implementation actions were extracted.
The project was mandated by the Australian government in 2006 for
the roll out of approximately 2.2 million homes and 300,000 small
businesses over a four year period.
Smart Metering Project,
Victoria, Australia
The country has implemented the Smart Grid Test-bed on Jeju Island
incorporating a wide variety of smart grid initiatives. Jeju Pilot Project,
South Korea
33 million meters were replaced with smart meters in the space
of five years.
Telegestore Project,
Italy
Targets one million customers and 43,000 businesses.
410,000 automated smart electric meters have been installed.
Austin Energy Smart
Grid, Austin, Texas
SmartGridCity is a pilot project involving the enhancement of
various distribution systems within the City of Boulder. SmartGridCity,
Boulder, Colorado
Source: Frost & Sullivan analysis.
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Smart Grid Project Implementation Actions—Lessons
Learned
Source: Frost & Sullivan analysis.
Project Costs
Project costs tend to go over budget due to poor project planning. A cost-benefit analysis
should be conducted for all aspects of a planned project, especially when it is something
new that is being implemented. Include a technology assessment and detailed project
implementation plan.
Company Selection Criteria
The companies selected for project implementation should be chosen based on their skills
and the quality of their technology. South Africa should adopt an evenly weighted selection
criteria. This will ensure that the best companies are selected to lead the project to avoid poor
quality workmanship.
Multi-Disciplinary Consortia
A wide variety of skill sets are required to implement a smart grid project. It is important to have a
clearly mapped-out project plan in order to know what skill sets are required for different sections
of the project.
Consumer Education
The implementation of the technology should result in an active campaign to educate consumers
regarding the benefits offered to them, so as to avoid consumer confusion and frustration.
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Smart Grid Project Implementation Actions—Lessons
Learned
Source: Frost & Sullivan analysis.
Rate Increases
The installation of smart meters can result in an increase in the price of electricity with the
hope that consumers will benefit from the technology in the long run. It is important that any
expected increases be communicated clearly to the consumer. However, if the project is planned
correctly, the project managers should not run into any unexpected project costs, preventing any
unwanted rate increases.
Technician Training and Product Installation
The lack of training and supervision resulted in some residents reporting the smart meter being
an ‘electrical hazard’ causing electrical circuit shortages in their homes. Technicians need to
be properly trained and supervised in order to avoid accidents which could result in unhappy
Consumers. Correct installation will also ensure that the meters take electricity
readings correctly, preventing consumers from being overcharged as has been the case with
other projects.
Project Management and Goals
It is important to have a clear vision and project plan that looks at all potential avenues. In South
Africa, small-scale demonstration projects operating across different components of the smart
grids and across the boundaries of generation, transmission, distribution and end-use could be
implemented. Models addressing issues such as cost, sustainability, and security will help
establish what works and what doesn’t work for the South African system.
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Smart Grid Project Implementation Actions—Stakeholder
Ecosystem
Source: Frost & Sullivan analysis.
Consumer Vendor Utility
Academics
Regulator
Government
Communicates
industry standards and
customer needs
Provides a clear
political mandate
Sets incentives and a
clear regulatory
framework and
communicates this
clearly to the utility
Protects consumer
interests
Engages consumer
and educates them
with regards to the
project and its benefits
Forms consortia for
the project
How Can South Africa Implement Smart Grids?
International Best Practice and Case Studies: Stakeholder Ecosystem, South Africa, 2011
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Conclusion and Recommendations
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South Africa is currently focused on promoting energy efficiency within different sectors.
Smart grid technology will predict and respond to changes in the country’s supply and
demand patterns, while, at the same time, allowing for the spread of electricity
consumption throughout the day.
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The South African government will need to implement clear regulatory policies and
present incentives regarding the development of smart grid technology in the country.
South Africa should take careful steps when considering and planning the technology
implementation locally, being mindful of projects that have been implemented and
adjusting them accordingly.
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The infrastructure in place is fairly old and is not compatible with smart grid technology.
The refurbishment of old infrastructure and the development of smart grid infrastructure
will go hand in hand.
South Africa needs to be encouraged to do this before substantially increasing the
country’s generation capacity to prevent any further strain on the network.
Source: Frost & Sullivan analysis.