Digital twins are becoming;increasingly prevalent, with up to 89% of IoT platforms projected to incorporate them by 2025, revolutionizing industrial facilities and processes.
The adoption of digital twins in the energy sector enables automation, monitoring, and optimization of energy usage, improving efficiency and driving sustainability.
- Digital energy differentiates itself from traditional energy through the use of digital technologies for automation, control, and optimization, resulting in improved efficiency and waste reduction.
- Digital twins enable the visualization and analysis of energy performance, allowing facility managers to identify patterns and optimize operations, leading to better energy distribution and carbon management.
- Incorporating digital twins in buildings enhances energy management, such as real-time control and management of HVAC systems, automated power diagnostics, and the ability to measure the impact of actions on energy consumption and carbon footprint.
- Successful implementation of digital twins can significantly reduce energy costs and provide quick returns on investment, with an average payback period of 1-3 years.
- Retrofitting existing buildings through digital simulations and leveraging digital technologies offer cost savings, predictability of energy demands, and the opportunity to achieve net-zero emissions and sustainability goals.
- Digital twins are;gaining momentum in adoption;and sophistication as more organizations see positive outcomes from the early adopters.