With Singapore actively striving towards sustainability and low-carbon efforts, there is an increasing focus on environmentally conscious practices and innovative solutions across the various sectors. LKH Precicon collaborates closely with respectable partners to deploy an Energy Management system tailored to the needs of our clients, ultimately aiding them in the cost-saving aspects of existing energy-related streams, analysing the power distribution systems across all energy-related properties in the building or facility.

Feel free to write to us and enquire about the service that you are looking for if you do not see your preferred solution on the list.

Some of the Energy Management System that we are able to implement:

Why it is important:

  • The traditional Building-Management System (BMS) typically has no built-in ability to monitor or manage the power that drives electric-powered assets and systems like lighting, HVAC, and security
  • Problem with the power would mean little more than an inconvenience. Power problems create a major headache for most industrial facilities, commercial buildings, mining and heavy manufacturing industries
  • Without any management systems to monitor vital data on your power-distribution assets and network, owners and managers are at increased risk of outages and other power-related issues


  • All-new Power & Energy Management provides control over electric-powered assets and systems like lighting, HVAC, and security
  • Power & Energy Management enables you to do predictive maintenance with alerts that let you swap out potentially troublesome devices before they fail
  • Continuous monitoring and collection of electrical-system data make allocating costs, identifying improvement opportunities, and creating reports easy
  • Eliminating inefficiencies and providing a higher level of control over your power-distribution system can save 10% on utility bills, and can help cut overall operational costs by up to 30%
Hotel Sustainability with EcoStruxure Energy Hub
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Energy Monitoring Solution
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ABB supports Beijing Fengtai Railway Station retrofit
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Carrefour Egypt: Customer Story Key Figures
Carrefour Egypt: Customer Story Key Figures Achievements Cut 7% on its annual electrical billsRapid customisation across 19 stores in just ...
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OPPO and Frosinone Cloud-Based Monitoring Solution
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Industrial IoT for Commercial Building
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Revolutionising Agriculture

Energy Management Systems are pivotal in revolutionising agricultural practices by enhancing energy efficiency. It provides a thorough understanding of energy usage patterns and trends, allowing farmers to make informed decisions. Graphical data representations provide easily observable insights, enabling strategic energy optimisation. Farmers can efficiently reduce costs and increase agricultural output by implementing Energy Management Systems.

Empowering Commercial Buildings

Energy Management Systems in commercial buildings allow for the modernisation and future-proofing of existing and forthcoming building management infrastructure. Energy Management Systems enable stakeholders to improve building efficiency, optimise comfort and productivity, and enhance property value by securely linking hardware, software, and services via an Ethernet. Commercial buildings can evolve to meet the demands of modern occupants while remaining consistent with sustainability goals.

Maximising Energy Efficiency in Educational Institutions

It’s crucial to identify issues before they arise. Energy Management Systems allow operators to monitor energy usage in real-time, enabling proactive measures to save costs and reduce environmental impact. In the context of education, where students and staff often spend long hours in buildings, the quality of the environment significantly influences productivity and output. Energy Management Systems help educational institutions create optimal learning and working environments, fostering success while promoting sustainability.

Boosting Efficiency and Profitability; Quick Anomaly Detection

By providing immediate access to data on energy usage and equipment operation, Energy Management Systems enable the detection of anomalies, malfunctions, or deviations from optimal energy usage. This proactive approach allows for timely maintenance, repair, or replacement of equipment, ensuring operations at peak efficiency and minimising costly downtime. It also helps reduce unplanned downtime, improve asset reliability and maintenance, conform to electrical safety requirements, and more. With these capabilities, manufacturing plants can optimise energy usage, enhance operational efficiency, and ultimately improve productivity and profitability.

schneider electric supplier in singapore
EcoStruxure™ Energy Hub
EcoStruxure™ Power Monitoring Expert

EcoStruxure™ Energy Hub

Simple-to-use, cloud-based software that addresses the energy challenges faced by commercial and industrial building professionals. It enables you to instantly access your data from anywhere to monitor a single building or a portfolio of buildings.

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EcoStruxure™ Power Monitoring Expert

Its purpose-built local network software simplifies the management of complex power systems. It takes full advantage of IoT connectivity and distributed intelligence to help maximise uptime and operational efficiency. It gives insight into electrical system health and energy efficiency so you can make informed decisions to improve performance.

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Frequently Asked Questions

What is an Energy Management System, and why is it important for businesses?

Ans: A Energy Management System (EMS) is a solution designed to monitor, control, and optimize the consumption and distribution of electrical power within an organization. EMS is crucial for businesses aiming to improve sustainability, follow energy regulations, cut operational expenses, and maintain a dependable and efficient power supply.

How can Energy Management Systems help in sustainability efforts?

Ans: Energy Management Systems (EMS) play a crucial role in supporting sustainability efforts in several ways:

Optimizing Energy Use: EMS allows organizations to monitor and analyze real-time energy consumption patterns. By identifying areas of inefficiency and waste, businesses can implement measures to optimize energy use and reduce overall consumption.

Implementing Energy Efficiency Measures: EMS provides insights into energy usage across different operations and facilities. Organizations can use this information to identify opportunities for energy efficiency improvements, such as upgrading equipment, improving insulation, or implementing energy-saving technologies.

Reducing Environmental Impact: EMS helps organizations minimize their environmental footprint by optimising energy use and reducing consumption, including reducing greenhouse gas emissions, air pollution, and other environmental impacts associated with energy generation and consumption.

Promoting Renewable Energy Integration: EMS can help organizations integrate renewable energy sources, such as solar or wind power, into their energy mix. By monitoring renewable energy production and consumption patterns, businesses can maximize the use of clean energy sources and reduce reliance on fossil fuels.

Facilitating Data-Driven Decision Making: EMS provides valuable data and insights that enable organizations to make informed decisions about energy management and sustainability initiatives. By analyzing energy consumption trends and performance metrics, businesses can identify areas for improvement and prioritize investments in sustainability projects.

Complying with Regulatory Requirements: Many jurisdictions have regulations and mandates to reduce energy consumption and greenhouse gas emissions. EMS helps organizations monitor and report their energy usage and emissions data, ensuring compliance with regulatory requirements and demonstrating commitment to sustainability.

Engaging Stakeholders: EMS can facilitate communication and collaboration among stakeholders, including employees, suppliers, customers, and community members. By involving stakeholders in energy management and sustainability efforts, organizations can build support for initiatives and foster a culture of environmental responsibility.

What are the key components of an Energy Management System?

Ans: The key components of an Energy Management System comprise a comprehensive foundation for effective energy monitoring, management, and optimization. Monitoring equipment such as power meters, which collect real-time data on energy consumption, are among these components. The data is then processed and analyzed using specialist software platforms that detect consumption patterns and inefficiencies.

How does Energy Management Systems support predictive maintenance?

Ans: Energy Management Systems support predictive maintenance by continuously monitoring equipment and systems. Anomalies or variations in energy consumption patterns can point to possible problems or inefficiency. Early identification via real-time monitoring enables businesses to schedule proactive maintenance, preventing unplanned downtime and prolonging equipment lifespan.
Definition of Predictive Maintenance: Predictive Maintenance is distinct from traditional planned maintenance in that it is based on real-time 24/7 equipment condition monitoring. It uses condition-monitoring tools and techniques to monitor the performance of a structure or a piece of equipment during operation.

How does Energy Management contribute to cost savings?

Ans: Energy Management systems contribute to cost savings through various ways. Businesses can minimize their electricity bills by optimizing energy consumption. Furthermore, proactive maintenance based on system insights reduces downtime and eliminates expensive emergency repairs. The system’s ability to identify and address energy inefficiencies contributes to long-term cost savings.

What types of industries benefit the most from Energy Management Systems?

Ans: Industries with high energy consumption, such as manufacturing and healthcare, benefit significantly from Energy Management Systems. These systems are also valuable in sectors where energy reliability and efficiency are critical, such as utilities, transportation and telecommunications.


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