Project Management of the ICT, Security and Audio Visual systems at Alexander Forbes Head Office, including a benchmark Data Centre and Building Management System ensuring a more energy and resource efficient environment.
Managing the relocation of EY’s African Head Office Data Centre and ensuring a fully functional office with zero business disruption.
King Shaka International Airport
Technical Advisory and Project Management of the integrated commissioning and operational trial testing of over 40 special systems including Data Centres, ICT, Security and Building Management Systems at King Shaka International Airport’s terminal and support buildings.
Cape Town International Airport
Project Management and IT Consulting of the 4 Data Centres and converged MPLS ICT Network at Cape Town International Airport in line with world-wide standards to streamline operations, boost efficiency, increase airport utilisation and enhance passengers’ airport experience.
Gautrain Sandton Station
The co-ordination and integration of the ICT, Security, Audio Visual and Building Management Systems into the civil and building works for the Gautrain Sandton Station.
With efficient EES Project Management, Consol’s Glass B4 Furnace was rebuilt within 90 days to ensure glass producing capacity is increased from 285 tons to 320 tons per day.
Nelson Mandela Bay Municipality Stadium
As IT Consultants, EES realised a 12% saving on the capital cost of ICT, Security and Audio Visual Systems installation by building an intelligent backbone into the Nelson Mandela Bay Municipality Stadium complex.
Established in 2001, EES Live (Pty) Ltd provides network, electronics and electrical services and solutions. As an ISO 9001:2008 compliant company, its vision is to become Africa’s professional service provider of choice in these areas of expertise. It specialises in the integration of multiple system infrastructure including ICT, Data Centres, Security, Audio Visual, Building Management Systems (BMS) and Special Systems Co-ordination.
The EES Live Value Proposition focuses on translating technology into tangible deliverables for clients through the experience of a talented team of Engineering and ICT Consultants and Project Managers.
We are committed to proactively assisting clients reduce their carbon footprint and facilitate the development of a ‘green’ commercial environment. To achieve this, we have a GREEN STAR SA Accredited Professional on our team.
EES Live’s head office is in Stellenbosch, and it has a partner in Lagos, Nigeria, and offices in Gaborone, Botswana.
Proposed increase in SA’s solar renewable energy will lead to positive spin-offs (28/02/2014)
A key revision outlined in South Africa’s draft Integrated Resource Plan (IRP) revision (Update report 2013), is the proposed substantial increase in solar renewable energy capacity, both Photovoltaic (PV) and Concentrated Solar Power (CSP).
The draft IRP revision proposes that the PV allocation be increased by 1330 MW, while CSP allocation, which to date has only been given a low MW capacity, be increased by a substantial 2100 MW. The increased solar energy allocation, if implemented, would of course contribute to alleviating the country’s inconsistent, unreliable power supply, by diversifying energy resources and boosting energy security.
However, as importantly, it would lead to a number of very positive spin-offs and benefits, which would help overcome other challenges confronting South Africa.
Positive spin-offs and benefits
These spin-offs and benefits would be:
• Socio-economic development in the form of
o Local content manufacturing, and
o Local job creation
• Green energy
“The proposed increased capacity would enhance socio-economic development. This would be in the form of local content manufacturing and job creation. Job creation would in particular take the form of employment of people from local communities,” says Bradley Hemphill, Managing Director of EES, an ISO 9001:2008 professional engineering and management company, which has played a significant role in the implementation of solar renewable energy in South Africa to date.
“The proposed revisions would also contribute to green energy and a green environment by helping reduce carbon emissions in a country which has one of the highest carbon emissions worldwide.”
The closing date for comments on the draft from renewable energy industry players was 7 February 2014. The comments received are currently being used to compile a final draft to be submitted to Cabinet in March 2014. Following Cabinet endorsement, the approved document will be promulgated.
In addition to the solar revisions, the combination of revisions under the new IRP which are finally accepted and implemented will steer the course of the Department of Energy’s (DoE’s) Renewable Energy Independent Power Producers Procurement Programme (REIPPPP) going forward. The REIPPPP is part of South Africa’s national strategy to introduce up to 17800 MW of renewable energy by 2030. With the addition of the 17 projects in the third bidding round, South Africa now has 64 approved REIPPPP projects with a collective capacity of 3933 MW.
There have been a number of developments in the energy sector in South and Southern Africa due, for example, to changes in consumption patterns and technology costs, since the promulgation of the IRP 2010-30. It is for this reason that the revisions became necessary. It is in fact essential that the IRP is adaptable and is updated regularly.
Local content manufacturing
When the REIPPPP was first conceptualized, one of the key objectives was to promote the development of local content in manufacturing industries.
Today local manufacturing is a legal requirement stipulated by the REIPPPP. All Independent Power Producers (IPPs) must meet specific targets for local content, preferential procurement and enterprise development.
There are seven key requirements in relation to ‘Economic Development’ criteria. Under the Implementation Agreement, part of the Bid Response, bidders have to meet these requirements and stated minimum thresholds.
Commenting on this James Ricketts, Project Manager for EES, says: “There has been an increase in local content targets in each round of the REIPPPP. In the first round the local content requirement for CSP was 21%. In the third round this was raised to as much as 40%.”
Ricketts continues: “IPPs and industry players with solar plants currently under construction are already calling for more local manufacturing suppliers. Integral to increased solar allocation will be the construction of many more plants, and this would mobilize local manufacturing.”
Increased solar capacity would also develop new businesses and propel existing businesses providing goods and services to the sector, throughout industry value supply chains.
South Africa’s Department of Trade & Industry, states that the country already has a number of local content suppliers in value chains: “A South African advantage is its existing industrial capabilities in a range of relevant areas eg. engineering, metal fabrication, composites etc. It has a growing number of component suppliers into renewable energy value chains, off a low base.”
There is also the prospect in future of exporting technology, equipment, skills and expertise as solar renewable energy programmes in the rest of the continent gain momentum.
Local job creation
With regard to job creation and social upliftment, all IPPs must meet specific targets for employment, ownership, and black people in top management, and it is compulsory for renewable energy equity projects to include local communities.
“The IRP draft revision’s solar renewable energy proposals, if promulgated, would dramatically increase the employment of local people, both skilled and unskilled, and provide the opportunity to create new jobs through small start-up businesses and expansion of established businesses,” says Ricketts.
Community participation requirements include job creation for citizens from local communities; ownership in the project company by black people and local communities; and development of emerging enterprises located in the communities.
These requirements are already being put into practice. According to a statement made by a leading renewable energy industry player: “During the construction and subsequent operation and maintenance over the course of the useful life of solar power plants, between four and five temporary jobs will be created for each MW during project execution and between one and two permanent positions per MW during the operating period.”
A case in point is that of South Africa’s first solar tower, the 50 MW Khi Solar One, and the 100 MW parabolic trough plant, KaXu Solar One, in the Northern Cape. Khi Solar One is complete, while KaXu Solar One is still under construction. It is reported that between the two plants, more than 1400 local construction jobs and 70 permanent operational jobs have been created.
According to the ‘SA Solar Energy Technology Roadmap (SETR)’ draft (October 2013): “As South Africa is one of the leading carbon emitting nations in the world, increasing the solar energy content within the national energy mix will help reduce greenhouse gas emissions (GHG) from the country.”
“South Africa has made a number of international commitments to reduce its carbon emissions. For example, under the agreement in the Copenhagen Accord (2009), the country committed to reducing its green house gas emissions to 34% below its ‘business-as-usual’ growth trajectory by 2020. It is also committed to achieving the Millenium Development Goals (United Nations, 2000), which target environmental sustainability,” Ricketts explains.
In South Africa the mandate for a green economy derives from the country’s constitution and the country has a number of policies in place to implement the green economy. The National Development Plan (NDP), for example, is very specific about goals and a key focus is on energy and carbon, because greenhouse emissions are expected to peak in 2025.
“The National Planning Committee presented the NDP to South Africa in November 2011. The NDP’s main focus was reportedly reducing the country’s carbon emissions to a sustainable level by adopting adaptation and mitigation policies.”
As renewable energy emits no carbon (carbon emission being a problem with regard to the country’s traditional coal-fired power), the draft IRP revision’s proposal to increase solar renewable energy allocation would contribute to implementing green energy and achieving a green environment in South Africa. Increased independent renewable energy production in the national electricity grid would certainly put the country in an improved position in terms of its carbon emissions.
Here again Khi Solar One and KaXu Solar One are a case in point. Khi Solar One will save 183 000 tonnes of carbon a year, and the two plants together will save a total of 498 000 tonnes of carbon a year.
The greatly increased solar renewable energy allocations proposed by the draft IRP revision have far-reaching, very valuable, tangible spin-offs and benefits for South Africa.
“The implementation of the increased allocations is a move to be wholeheartedly encouraged and supported. The REIPPPP has been lauded globally as a South African success story. There is no reason why increased solar renewable energy allocation should not in the same vein be successfully implemented,” contends Hemphill.
The solar renewable energy industry, in particular CSP, has for some years now been calling for increased capacity. The IRP draft revisions regarding solar would answer this call.
If promulgated, the proposed increased allocations would provide policy certainty. This is vital if solar renewable energy is to grow and be sustainable.
Ricketts concludes: “The revised allocations would demonstrate Government’s long-term commitment and vision for solar renewable energy, both for PV and in particular for CSP. Promulgation of the proposals would generate increased confidence amongst industry players, and fast track further implementation of solar renewable energy going forward to the benefit of South Africa as a whole.”