By Thabang Byl, buildings segment lead at Schneider Electric.
Buildings are by its very nature energy intensive, and fortunately, there are well-known solutions that allow businesses and facility managers to manage this energy usage. But it comes at a cost. Today, advanced technologies such as building management systems, uninterruptible power supplies, and integrated workspace management software go a long way towards optimising energy and ensuring continuous supply. Unfortunately, it can become quite costly, which sees businesses struggling to balance operational efficiency with sustainability goals.
EEaaS at work
By partnering with specialised service providers, organisations can also access ongoing support, analytics and maintenance, ensuring optimal operation of their systems. Like other ‘as a service’ models, it results in a sustainable strategy that drives significant cost savings and operational efficiency while allowing businesses to focus on their core activities.
Models of flexibility
As a service (AaS) models have seen significant global success and adoption across industries. The global market continues to expand at quite a pace, driven by the flexibility and scalability of these models. In a recent Accenture survey, 85% of executives cited AaS models complement existing revenue streams.
Thabang Byl, buildings segment lead at Schneider Electric.
Like many AaS models, the successful implementation of EEaaS often relies on the backing of financiers to ensure the scalability and sustainability of these initiatives. These institutions play a crucial role in providing the necessary capital, structured as operational expenditure, to facilitate the widespread adoption of energy-efficient technologies. This collaboration not only mitigates financial risks for businesses, but undoubtedly accelerates the transition towards a more sustainable energy future.
At Schneider Electric, we offer a comprehensive EEaaS model designed to enhance energy resilience, sustainability and efficiency without necessitating upfront capital investment. Key features include:
• Customised solutions: Tailoring energy management services to meet specific organisational goals such as reducing carbon footprints or enhancing energy reliability.
• No upfront costs: Allowing customers to avoid capital expenditures by opting for predictable monthly payments.
• Integration with renewables: Incorporating renewable energy sources, like solar and battery storage, to enhance sustainability.
• Risk mitigation: Managing the entire process, from planning to implementation, thereby reducing financial and operational risks for customers.
• Microgrid technology: Implementing microgrids to provide decentralised energy solutions, improving resilience and reducing costs.
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