Purpose 
To design chiller systems from the ground up with energy performance as a core design criterion — right-sizing equipment, optimizing flow configurations, and selecting high-COP components — so the facility achieves lower long-term operating costs without sacrificing cooling reliability.

Key Highlights 

1. High-COP equipment selection and right-sizing — chillers, pumps, and cooling towers are selected and sized based on accurate load calculations rather than oversized "safety margin" defaults, avoiding the efficiency losses that come from equipment running far below its optimal load point.
2. Variable flow and VSD-integrated design — primary-secondary or variable primary flow configurations paired with VSD-driven pumps and fans are built into the design from the start, letting the system scale energy use down automatically as building demand drops.
3. Design compliance with MS 1525 and ASHRAE efficiency benchmarks — the design incorporates Malaysia's energy efficiency code requirements and ASHRAE best practices for delta-T optimization, chiller sequencing, and heat rejection efficiency, ensuring the system performs efficiently by design, not just by later retrofit.

Why Choose EKG M & E Sdn Bhd 

1. In-house engineering expertise across the full system — EKG's engineers handle load calculations, equipment selection, and controls strategy together, so energy efficiency decisions are coordinated across the entire chiller system rather than optimized piecemeal by separate vendors.
2. Local climate and regulatory familiarity — as a Malaysia-based contractor, EKG designs specifically around local ambient conditions, utility rates, and MS 1525 compliance requirements, delivering efficiency gains that are realistic and verifiable for Malaysian facilities rather than generic international benchmarks.