Ampotech is pleased to announce the signing of a Memorandum of Understanding (MoU) with HY, marking the beginning of a strategic collaboration to accelerate Digital Twin–enabled sustainability across the built environment.

This partnership brings together Ampotech’s expertise in IoT sensing, real-time energy monitoring, and data intelligence with HY’s long-standing strengths in M&E engineering, energy audits, and Digital Twin development for complex building systems. The shared goal is to help building owners, developers, and facility teams transition from static assessments to living Digital Twins that continuously reflect real-world building performance.

As sustainability, ESG reporting, and decarbonisation requirements become more stringent, this technology is increasingly recognised as a critical enabler. Through this collaboration, Ampotech and HY aim to bridge the gap between sustainability strategy and on-the-ground execution using data-driven, measurable, and scalable solutions.

Digital Twin as the Foundation for Smarter, More Sustainable Buildings

At the core of the MoU is a shared belief that technology is essential for the future of building operations. A Digital Twin goes beyond dashboards or one-off energy reports—it is a dynamic digital representation of a physical asset, continuously updated using real-time data from sensors, meters, and integrated systems.

By combining high-quality data with engineering expertise, the technology allows stakeholders to:

• Visualise actual building performance in near real time

• Compare design intent with operational reality

• Detect inefficiencies, anomalies, and energy waste early

• Support informed decisions that reduce costs and emissions

Through this partnership, Ampotech and HY will support the creation of Digital Twin–ready buildings, enabling smarter operations throughout the asset lifecycle—from commissioning and optimisation to long-term sustainability planning.

Key Areas of Collaboration

1. System Integration & Testing for Digital Twin Deployment

Ampotech and HY will jointly integrate and test Ampotech’s IoT sensors, gateways, and smart energy meters with HY’s applications and operational workflows. This ensures reliable, secure, and high-resolution data streams, which are essential for building accurate and scalable technology models.

The integration phase will focus on validating data quality, system interoperability, and performance across multiple use cases, including commercial buildings, industrial facilities, and mixed-use developments.

2. Energy Audits Enhanced by Digital Twin Enablement

Traditional energy audits provide valuable insights, but they are often limited to a snapshot in time. By integrating Ampotech’s sensing technologies, HY’s energy audit processes can evolve into continuous, data-driven assessments supported by Digital Twins.

The resulting this technology will help stakeholders:

• Track energy consumption patterns over time

• Identify root causes of inefficiency rather than symptoms

• Simulate improvement measures before implementation

• Prioritise retrofit and optimisation actions based on impact

This approach enables building owners to move from reactive energy management to proactive, insight-led optimisation.

3. Joint Sales & Marketing for Digital Twin Solutions

To accelerate market adoption, Ampotech and HY will co-develop sales enablement and marketing materials that clearly communicate the value of Digital Twin–enabled sustainability solutions. These assets will translate complex technical concepts into clear business outcomes, such as energy savings, carbon reduction, and improved asset performance.

Joint communications may include press releases, solution briefs, presentations, and digital content designed to educate stakeholders across the real estate, industrial, and infrastructure sectors.

4. Project Outreach, Pilots, and Digital Twin Case Studies

Both organisations will leverage their networks to identify pilot projects and delivery opportunities. These projects will serve as real-world Digital Twin implementations, demonstrating how sensor-enabled data and engineering expertise can drive measurable sustainability outcomes.

Key learnings and results will be documented as case studies, providing practical references for building owners and decision-makers seeking proven Digital Twin applications rather than theoretical concepts.

5. Knowledge Sharing, Training, and Best Practices

Recognising that technology adoption also requires people and processes, the partnership includes a strong emphasis on knowledge sharing. Ampotech and HY will conduct joint training sessions, workshops, and best-practice exchanges to align teams on Digital Twin architecture, system integration, deployment methodologies, and customer success strategies.

This ensures consistent implementation quality and long-term value creation for end users.

Looking Ahead: From Sustainability Intent to Digital Twin Execution

This MoU reflects a shared commitment to transforming sustainability ambitions into tangible results. By combining hardware-grade sensing, engineering-led energy expertise, and Digital Twin intelligence, Ampotech and HY aim to support real-world deployments that deliver lasting impact.

For building owners, developers, facility managers, and ESG leaders, Digital Twins offer a practical pathway to improve transparency, reduce energy waste, and support decarbonisation with confidence and clarity.

If you are exploring how Digital Twin technology can strengthen building performance and future-proof your assets, we invite you to connect and explore collaboration opportunities.

About HY M&E Consultancy Services Pte Ltd
HY M&E Consultancy Services Pte Ltd is a Singapore-headquartered, vertically integrated sustainability and green-energy engineering consultancy with 44 years of engineering heritage. Evolving from power systems to digital ecosystems, HY supports built-environment owners in optimising and future-proofing assets through M&E consulting, cybersecurity-by-design, and Digital Twin solutions that reduce energy demand and enable cleaner, more resilient energy systems.