In the 2026 Malaysian mechanical sector, Specific Fan Power (SFP) Reduction has transitioned from an operational "best practice" to a statutory requirement under the Energy Efficiency and Conservation Act (EECA) 2024. SFP measures the efficiency of a fan system by calculating the ratio of electrical power ($kW$) to the volume of air moved (m^3/s).
At EKG (Malaysia) SDN BHD, our SFP reduction services are engineered to lower your building’s Energy Intensity Label and satisfy the forensic requirements of a Registered Energy Manager (REM) audit.
Lowering the SFP requires a dual-pronged approach: reducing the power consumed by the motor and minimizing the static pressure the fan must overcome.
Legacy belt-driven fans are inherently inefficient due to transmission losses. We replace these with modular IE5-rated Electronically Commutated (EC) fan arrays.
Zero Transmission Loss: Direct-drive systems eliminate the 2–5% loss associated with belts and pulleys.
Ultra-Premium Efficiency: IE5 motors maintain peak efficiency even at partial loads, which is critical for Demand-Controlled Ventilation (DCV).
High SFP is often caused by air-side resistance within the AHU.
Fiber-Free Insulation Reset: We replace moisture-wicking legacy fiberglass with Closed-Cell Insulation. This provides a smooth, aerodynamic internal "skin" that reduces friction and turbulence.
Coil Passivation: We apply hydrophobic coatings to cooling coils to prevent moisture bridging, ensuring the fan doesn't have to work "overtime" to push air through a blocked coil.
Under MS 1525:2024, SFP limits are strictly enforced for commercial and industrial buildings.
| Building Category | Legacy SFP Standard | 2026 Statutory Target |
| Grade-A Office / Retail | 1.6 – 2.1 kW/m³/s | $\leq$ 1.1 kW/m³/s |
| Healthcare / Lab | 1.8 – 2.5 kW/m³/s | $\leq$ 1.6 kW/m³/s |
| Industrial / Logistics | 1.4 – 2.0 kW/m³/s | $\leq$ 0.9 kW/m³/s |
We provide a forensic, data-driven workflow to ensure your SFP targets are mathematically validated.
Forensic Baseline Traverse: We perform a 10-point pitot tube traverse to measure actual airflow ($m^3/s$) against measured electrical load ($kW$).
Structural "Box" Stabilization: We reinforce the AHU Frame and ensure ATC 6 Class L1 airtightness. A leaking AHU casing is a primary cause of inflated SFP.
Digital Integration: The fans are linked via Modbus/BACnet to the BMS, enabling Static Pressure Reset logic—continuously lowering fan speed to the minimum required to satisfy VAV demand.
Audit-Ready Validation: Post-retrofit verification of SFP performance, providing the certified documentation required for your 2026 REM submission.
100% GITA Sustainability: SFP reduction projects utilizing high-efficiency EC technology are recognized green interventions, qualifying for the 100% Green Investment Tax Allowance (GITA).
Penalty Protection: Successful SFP optimization protects building owners from statutory fines (up to RM100,000) associated with non-compliance with the EECA 2024 benchmarks.
Utility Savings: Most Klang Valley commercial assets see a utility bill reduction of 15–30% purely through professional SFP optimization.
We are mechanical and T&C specialists. We focus on the thermodynamic and structural integrity of your assets. Our goal is to provide a system that is Sterile, Silent, and Statutory-Compliant, providing the forensic data your facility needs to maintain its 2026 Energy Intensity Star Rating.
Is your facility currently a "power-heavy" liability, or are you ready to transition to a high-performance 2026 SFP-optimized platform?
Malaysia
