Large energy consumers face high electricity bills and peak load pressures every day, and the Energy Management System (EMS) plays a crucial role in this process.

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EMS integrates energy storage systems (ESS), renewable energy sources, and electricity usage data, using real-time monitoring and intelligent scheduling to achieve the best balance between technological and economic benefits for

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       businesses:

• Save on Electricity Costs: EMS monitors electricity prices and load conditions in real-time, automatically adjusting the energy storage system for off-peak charging and peak discharging, effectively avoiding high-price periods and reducing contract capacity and peak electricity charges.

• Enhance Energy Autonomy: EMS integrates diverse energy sources such as solar power, hydrogen, and energy recovery, supporting the "self-generation and self-consumption" strategy, strengthening a business’s energy management capabilities and reducing dependence on the traditional power grid.

• Strengthen Power Stability: With EMS management, the energy storage system can respond to surges, power outages, voltage drops, and other issues in real time, reducing the risk of equipment damage and production line disruptions.

• Align with Government Policies and Incentives: EMS provides a complete energy record and reporting system, which can serve as the basis for applying for government subsidies, participating in electricity trading platforms, and engaging in carbon trading markets.

• Demonstrate ESG Commitment: EMS helps businesses quantify energy savings and carbon reduction achievements, providing data for ESG reports and showcasing tangible investments in environmental sustainability, enhancing corporate branding and competitiveness within international supply chains.

For highly automated industrial environments, implementing an Energy Management System (EMS) is no longer an option, but a necessity.

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EMS helps manufacturing sites establish energy management systems that comply with regulations and international standards, playing a crucial role in obtaining ISO 50001 energy

 

       management certification:

• Energy Baseline Establishment and Tracking: EMS continuously records energy consumption behaviors of equipment and processes, providing a basis for establishing energy benchmarks and facilitating subsequent performance evaluations.

• Continuous Improvement and Energy-saving Potential Identification: EMS automatically analyzes energy anomalies, idle power consumption, and system inefficiencies, offering improvement suggestions and tracking the effectiveness of these changes.

• Process Integration and Automated Control: By integrating EMS with control systems such as SCADA and PLC, it achieves cross-system coordinated control, improving overall energy use efficiency.

• Compliance with Audit and Verification Requirements: EMS automatically generates energy reports and records analytical data, effectively supporting ISO 50001 documentation preparation and third-party audit processes.

For corporate headquarters, the Energy Management System (EMS) has transcended being a mere energy-saving tool and has become a data platform for carbon management and sustainable development.

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In line with international standards such as ISO 14064 (Greenhouse Gas Inventory) and ISO 14067 (Product Carbon Footprint), EMS helps businesses accurately track carbon emission sources, analyze hotspots, and develop carbon reduction

           strategies:

• Automated Carbon Accounting Data Acquisition: EMS integrates data from electricity, gas, water, and other resources, automatically calculating carbon emissions across Scope 1, 2, and 3, reducing manual efforts and enhancing data accuracy.

• Product Lifecycle Carbon Footprint Analysis: By linking EMS with production process data, it tracks energy use and carbon emissions at each manufacturing stage, providing necessary data for ISO 14067.

• Carbon Trading and Carbon Tax Preparation: Carbon emission data generated by EMS can serve as a key reference for carbon-neutral plans, carbon credit management, and future carbon tax systems, strengthening a company’s ability to adapt to climate policies.

• Sustainability Reporting Support Platform: EMS automatically generates visual dashboards and historical trend analyses, helping improve the completeness and credibility of CSR/ESG reports.

The Energy Management System (EMS) is no longer just an energy-saving tool, but a strategic platform for companies to transition to a low-carbon, digital, and sustainable future.

From energy storage management for large energy consumers, to energy efficiency improvements in industrial environments, and to carbon footprint management at corporate headquarters, EMS provides powerful and flexible support.

With technologies such as SCADA, IEC-61850, and DNP3 integrated into our EMS solutions, we can offer fully customized solutions for various sectors, helping businesses securely advance on the path to energy transformation!