Latest News: Ayurveda Day to be marked on 23 September annually from this year * On Partition Horrors Remembrance Day, Prime Minister Narendra Modi pays tribute to the grit and resilience of those affected by the Partition * India to host AI Impact Summit in February 2026, focusing on democratizing AI to solve real-world challenges across sectors

How API technology can transform energy and carbon management


At a time when there is burgeoning pressure for businesses to embrace and drive sustainable practices, the integration of technology is key, not only to streamline costs and enhance efficiency but also to navigate the complex landscape of energy and carbon management.

Tom Anderton, Head of Customer Success at TEAM Energy, looks at four ways that Application Programming Interface, i.e. API, technology can enhance an energy and carbon management solution and change the way businesses can build a pathway to a sustainable future.

1. Real-time monitoring and analysis

APIs can play a crucial role in energy monitoring and targeting software by enabling the integration of various systems and devices. APIs enable data exchange between a range of systems and can allow energy and carbon management platforms access to up-to-date information from various sources. This capability provides instant access to real-time data and helps businesses spot inefficiencies, track consumption patterns and respond swiftly with corrective measures.

2. Seamless integration

Energy and carbon management relies on a vast array of data from across the business, often from diverse sources and systems. API integration acts as a bridge that facilitates integration and ensures an effortless flow of data that eliminates data silos and promotes a holistic organisational view. As energy monitoring needs grow, APIs allow for the easy addition of new devices and data sources without significant changes to the existing infrastructure.

3. Automation

Effective energy and carbon management calls on large quantities of data. From collecting monthly consumption data to generating reports and measuring the success of energy-saving projects, automation reduces manual intervention. Automation increases efficiency, saves time, and ensures high-quality, timely and consistent data. APIs can be used to connect software with control systems, allowing for automated adjustments based on energy usage data, which can lead to more efficient energy management.

4. Collaboration and communication

The ability to share data effortlessly via API technology stimulates collaboration. API connectivity improves communication and information sharing across the wider corporate landscape. Enhanced collaboration supports streamlined compliance, and operational transparency and promotes a shared commitment to sustainability.

Successful energy and carbon management relies on accurate, complete, and consistent data. In an age when organisations are managing multiple data streams across their business operations, from the Internet of Things aka IoT, Business Intelligence and Management Information, to BEMS data, API technology plays a critical role in accessing and sharing advanced data insights. The data provided by APIs can inform better decision-making regarding energy policies and strategies. As businesses continue to embrace meaningful sustainability, the role of API technology is fundamental in harnessing enterprise-wide data to shape a greener and more efficient future.