What We Do
Our Mission: Improving Quality of Life Through Accessibility to Energy.
Our Services
About Our Services
Delivering High-Quality, Dependable Power Generation For 28 Years.
We develop smart, comprehensive power generation solutions for a future where society can thrive.
Trans-Africa Projects (TAP), is a specialist power generation and high voltage services consulting company which was established in 1995 as a joint venture between Fluor and Eskom.
We celebrate more than 28 years of success in providing a unique value proposition around the world because of our association and access to Eskom and Fluor intellectual property.
Contact Us
Call us for more information or business enquiry.
+27 11 205 9400
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Our Service Expertise
Our Service Expertise
Renewable Energy
Powerline & Substation Audits
Project Management & Site Resources
Our services are carefully selected to assist utilities, developers, large and small power users globally. We offer industry-leading consultancy and EPCM and selected EPC services for power lines and substations, ranging from 11 kV to 765 kV.
With the understanding that our founding companies have enormous reputations for excellence and industry knowledge, we maintain the same standards in our deliverables.
With 28 years of successful operation in a wide range of power system projects, we have adapted our offerings to meet the diverse needs of our clients. We do this with a keen sense of value and price competitiveness.
We maintain our competitive edge in the market through committed and experienced staff. We constantly build on our experience by entering new territory and have recently started exploring the generation market.
Being a world leader in design optimisation through the use of probabilistic techniques, our proven track record and repeat clients speak for themselves and can be attributed to the offering of a “total solution”.
Our access to a worldwide network of specialists (including State Grid of China, with whom we have a technology-sharing agreement) places us at the forefront of the high voltage.