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Your HVAC System Is Working Hard.
We Can Make It Work Better.

ArticMaster is a passive retrofit device that improves efficiency, lowering electricity costs and carbon emissions without adding complexity.

~20%
Power Demand Reduction
Lower OpEx
Savings-Based Model
Zero
Customer Maintenance — We Manage Articmaster
F500
Field-Tested Across Fortune 500 & Gov't

Air conditioning inefficiency is costing you more than you think.

Most buildings are quietly losing thousands of dollars a year to HVAC inefficiency. The equipment looks fine. The bills keep climbing anyway.

The Impact

Excess energy consumption

01

Most systems run below peak efficiency, quietly wasting energy and inflating utility bills every month.

Rising electricity bills

02

As equipment ages and temperatures rise, power draw increases, which turn gradual degradation into significant annual costs.

Increased equipment failures

03

Excessive head pressure and thermal stress accelerate wear on critical components, leading to costly emergency repairs and unplanned downtime.

Higher carbon footprint

04

Every kilowatt of wasted energy translates to unnecessary carbon emissions, working against your sustainability commitments.

ArticMaster RMS HVAC efficiency device

Made in USA · Patented Technology

Imaged device size varies by system tonnage

The ArticMaster Solution

A patented device that attaches to your existing HVAC system.

No major modifications. Minimal downtime. Nothing for your team to manage.

ArticMaster improves how refrigerant moves through your system, reducing compressor strain and lowering overall power demand, directly reducing operating costs.

Passive, reliable, and built to perform for the life of your equipment.

Why Choose ArticMaster

Core Benefits

01Efficiency

~20% Power Demand Reduction

Field results commonly show a ~20% reduction in HVAC power demand, improving system efficiency without replacing equipment or changing setpoints.

02Cost Savings

Lower Operating Costs

Reducing HVAC power demand lowers electricity consumption, improving building operating expenses under normal operating conditions.

03Reliability

Less Strain, Longer Life

Reduced system strain supports stronger compressor performance, fewer failures, and longer equipment life.

04Sustainability

Improved Carbon Footprint

Decreasing power consumption reduces associated carbon emissions, supporting sustainability and ESG commitments.

Calculate Your Potential Savings.

Adjust the inputs below to match your facility. Results are based on field-measured efficiency gains and update instantly.

Your System Parameters

System Size100
5 tons500 tons
Electricity Rate18¢
8 ¢/kWh40 ¢/kWh
Cooling Hours15
8 hrs24 hrs
Cooling Season8
4 mo12 mo
Estimated Efficiency Gain20%
15%25%

Estimated Year 1 Savings

$15,759

Based on your system size, operating profile, and efficiency gain

10-Year Cumulative Savings

$180,663

Includes 3% annual electricity rate escalation — no maintenance costs

Annual kWh Saved

87,552 kWh

Reduction in power demand

CO₂ Avoided / Year

125,199 lbs

US avg. AVERT emissions factor

* Estimates are illustrative. Actual savings vary by system condition, climate, operating profile, and utility rates. Efficiency gain of ~20% reflects independently measured field results across documented deployments. Contact us for a site-specific assessment.

Consistent Results.

Every result below is based on independently measured before/after power data across commercial, government, and industrial facilities worldwide.

16–23%

Efficiency Gain Range

York · Carrier · Trane

OEM Equipment Compatibility

Government Utility Authority

Dubai, UAE

23.3%
Carrier230 TR × 2Air cooled

Telecom Cell Site Base Station

El Centro, California

23.1%
York5 TRAir cooled

Commercial Software Campus

India

23.08%
York96 TRAir cooled

Metal Packaging Facility

Dubai, UAE

20.1%
Trane400 TRAir cooled

Commercial Hardware Campus

Mumbai, India

20.06%
Carrier120 TRAir cooled

National Colocation Data Center

San Jose, California

16%
Mixed210 TR totalAir cooled

All results based on independently measured before/after power data. Efficiency gain expressed as reduction in kW power demand.

* Climate conditions and usage behavior can impact efficiency gains.

What evaluators have found.

JLL company logo

We believe that the ArticMaster represents a proven and significant potential for savings in energy consumption of air conditioning plants. The ArticMaster effectively reduces the carbon footprint of our building operations.

JLL

Johnson Controls logo

We have evaluated the ArticMaster-energy efficiency device for HVAC products with our customers' facility and we are happy to know that the product performs to our satisfaction and has delivered a minimum of 20% energy savings apart from smooth running of the HVAC units.

Johnson Controls

The Energy and Resources Institute logo

Based on the performance evaluation of chiller with ArticMaster and chiller without ArticMaster, the monitored energy saving potential lies in the tune of 18.2%. Considering Bangalore's average ambient temperature of 30-c the energy saving potential will be above 18.2%.

The Energy and Resources Institute

Anna University logo

The introduction of ArticMaster into the HVAC system increases the cooling capacity, and reduced current and increased cooling capacity results in saving of power. Because of increased cooling capacity, the operating cycle is shortened, and the reduction in head pressure enhances the compressor life. It ultimately improved COP results in operating cost savings.

Anna University

Certifications & Recognition

TÜV SÜDCertified
ASMECertified
UL SolutionsCertified
ASHRAEStandards Compliant
ISO 9001:2008Quality Management
Frost & SullivanInnovation Award 2010

Request Your Free Assessment

Discover how a single retrofit can reduce your power consumption, extend equipment life, and improve your facility's carbon footprint.

Phone
+1 (415) 827-5788
Email
info@articmasterinc.com
Address
3055 Alvarado St, San Leandro, CA 94577