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As increasing numbers of people connect to the grid, electricity demand is projected to grow. Socio-economic issues, limited supply, and existing power challenges highlight the need for additional efforts to meet this rising energy demand. Strong public-private partnerships are likely essential to ensuring access to affordable, reliable, sustainable, and modern energy for all.

By 2030, it is expected that universal access to affordable, reliable, and modern energy services will be achieved worldwide. However, progress will vary, and for some countries, reaching this target will be extremely challenging without significant actions. Currently, nearly 13% of the global population still lacks access to modern energy. Balancing the need to connect those without power while transitioning to cleaner, sustainable energy sources remains a complex challenge.

Power utilities need sufficient budgets and funding to address these dual objectives effectively. One key strategy is to enhance electricity generation efficiency and reduce operating costs, allowing more resources to be invested in cleaner energy initiatives. We collaborate with power utilities to help minimize their operating expenses by deploying advanced technologies that leverage their existing infrastructure, supporting both cost savings and sustainable energy goals.

According to the United Nations’ Sustainable Development Goal (SDG) 7, energy is the leading contributor to climate change, responsible for approximately 60% of global greenhouse gas emissions. One of SDG 7’s key targets is to significantly increase the share of renewable energy in the global energy mix by 2030.

The term “load shedding” has become familiar not only in South Africa but also in other developing countries. Many businesses and households have adopted measures such as installing rooftop solar systems and backup generators. However, solar energy production is not always aligned with peak energy demand, often occurring when solar generation is lowest.

To address this challenge, our Battery Energy Storage Systems (BESS) ensure your business remains powered even during days without sunlight. We design, install, commission, and operate energy storage solutions featuring advanced safety and sustainability attributes. Our systems are suitable for homes, as well as large commercial and industrial applications, with the capability to reuse and recycle over 90% of battery materials. These batteries are designed to last more than 20 years, supporting a resilient and sustainable energy future.

 
WHAT WE DO

IoT in Power and Renewable Energy

IoT in Power & Energy

As part of reducing operating costs and improving efficiency in power utilities, we have spent time in Research and Development and creating international and local partnerships. The aim is to make the African power utilities more profitable to plan for 2030 goals while meeting current energy demands. 

No more unplanned shutdowns and unnecessary plant outages for preventative maintenance, thanks to our predictive maintenance applications. Our platform will use your existing data from the Cloud or Historian to give you better insights into your processes for better decision making. There is no need to upgrade your current control system; we can easily integrate with your existing automation systems.

Renewable Energy Technologies

While focusing on improving the availability, efficiency, reliability, and profitability of the existing power generating plants, we have also developed the capacity to design, install, commission, and operate renewable energy plants. These include solar and wind farms for both private and commercial use.

Our team assist with energy audits and developing an energy management systems (ISO 5001) for those organisations that are committed to addressing their impact, conserving resources and improving their bottom line through efficient energy management.

 

 

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