IITA-CWMP, BASICS to share ‘game changers’ in cassava farming systems to policymakers

FABRIC – launched in Johannesburg on 23 August – showcases how digitalization of the industrial world is fast becoming the biggest transformation of our time, and highlights how data combined with smart technology will ensure that tomorrow’s cities are more connected, efficient and powered.

Three iconic African fashion designers were brought on board to create 12 extraordinary outfits from vast amounts of data extracted from the cities of Nairobi, Lagos and Johannesburg.  The intricate garments by John Kaveke (Kenyan), Zizi Cardow (Nigerian) and Palesa Mokubung (South African) outline a variety of patterns from power grids, shipping and tonnage to population densities, transport and areas of connectivity. Data from each of these sectors tell a powerful story about each city and how digitalization can transform them. All of this is told through the universal language of fashion and design.

Ex-boxing champion brutally stoned to death in street over alleged robbery

“This is how we thought to express the aspect of digitalization. As urbanization rapidly increases, cities need to start preparing for the effects it will have on infrastructure, energy, water and transportation systems,” said Keshin Govender, Group Communications Head for Siemens South Africa.

Data gives greater insight on what makes each city tick, helping us make calculated decisions and improve service delivery to the people. Through the FABRIC project, it was evident that the challenge is not what to do with the avalanche of data but rather accessing reliable and recent data.

“This project has highlighted the need for access to data in order to make sound urban planning decisions,” explained Govender.

Siemens is well positioned in automation, electrification and digitalization to find solutions to the various challenges of today. It is uniquely positioned to unlock the potential of digitalization through its combination of digital expertise, domain know-how and understanding of hardware in order to leverage digital technologies and optimize operations.

While there is a growing adoption of intelligent machines within certain sectors like the automotive industry, the real opportunity for Africa lies in sectors where it has not yet been explored like manufacturing, energy and transportation. This is a remarkable opportunity for Africa which will result in the establishment of new industries and new jobs, while exponentially increasing skills development and contributing to GDP.

The post Fashion and Data Combine to Create Iconic African Designs first appeared on MegaIcon Magazine.

The post Fashion and Data Combine to Create Iconic African Designs appeared first on MegaIcon Magazine.

Why Microgrids are the future of Energy Management

The traditional power grid provides reliable power most of the time. But when natural disasters or security breaches threaten the grid, the ensuring blackouts can be catastrophic and costly.

It is for this reason that organisations and utilities are working together to build resilient, flexible power systems called microgrids. Operating either as part of traditional grid or independently (or both), mircogrids are revolutionizing the way we manage our energy resources.

Why do Microgrids matter?

A microgrid is a scaled-down version of the centralized power system. It can generate, distribute, and control power in a campus setting or small community.

• They are reliable and flexible
• They are resilient
• They more secure
• They save money
• The store and incorporate renewable energy

Siemens provides a comprehensive portfolio of products, solutions, and services to help build and operate microgrids of any size. We provide generation and distribution of electrical energy as well as monitoring and controlling of microgrids.

The post Siemens receives Digital Solutions of the year award at Africa Utility Week first appeared on MegaIcon Magazine.

The post Siemens receives Digital Solutions of the year award at Africa Utility Week appeared first on MegaIcon Magazine.

The plant will be the most efficient and environmentally friendly thermal plants, setting new standards in sub Saharan Africa. It will be built in two phases, with commercial operations date of the first phase scheduled for 2023 with the second phase scheduled for 2025. The German Export Credit Agency and Euler Hermes are set to provide financing for the project, which would be the largest plant in Ghana.

CEO of Siemens Sub-Saharan Africa, Sabine Dall’Omo says: “This project underlines the strategic partnership between Germany and Ghana and underpins the engagement of Siemens as leading global technology company in Africa. Together we will provide electricity to more than five million Ghanaians unlocking the economic potential by using power as a catalyst for socio-economic development.”

Chairman of Rotan Power, Mr. Kofi Morna says: “Rotan is delighted to partner with Siemens in deploying the first F-Class turbine in sub Saharan Africa with the lowest generation cost among thermal power producers in Ghana. Together with Siemens we will power the country and further improve access to electricity for our population. Furthermore the partnership will enable us to leverage skills transfer and training for Ghanaians.”

Siemens is responsible for the entire EPC turnkey scope. In addition Siemens – will provide Operation and Maintenance for 20 years.

The post Siemens, Rotan Power sign agreement for power plant project in Ghana first appeared on MegaIcon Magazine.

The post Siemens, Rotan Power sign agreement for power plant project in Ghana appeared first on MegaIcon Magazine.