Alpha-GX air conditioning energy-saving device

αESG technology

Air conditioner/refrigerator/freezer for business use

Suggestions for reducing electricity consumption

Fluid stirring device

No maintenance required, no operating costs

ESG Technology Co., Ltd

Breakdown of electricity consumption by industry type for air conditioning, refrigeration, and chillers

In offices, stores, commercial facilities, manufacturing industries, and other facilities, air conditioning, refrigeration, and freezers account for approximately 40% of electricity consumption

How to make air conditioners, refrigerators, and chillers energy-efficient?

Among the power consumption of air conditioning, refrigeration, and chillers,

The power consumption of the compressor accounts for about 85%

Only by finding ways to reduce the load on the compressor

There is no other effective method besides this

So far, the main energy-saving methods include:

Adjust the indoor set temperature

Forcefully control the operation of the compressor through a timer or controller

Add a heat exchanger

Replacement of refrigerant

However, the above practices come with the sacrifice of patience and air conditioning efficiency!

Technical basis:

We have obtained a domestic patent in Japan

By stirring, the transmission loss of the compressor is greatly reduced

●Heat conductivity can be improved through stirring and micronization.

●Due to the ability to reach the set temperature more quickly, the compressor has a longer rest period.

Power reduction

● The environment has been partially improved

Machine overview

■ Use aAESG to vigorously stir the refrigerant

Refrigerant 85%

15% refrigeration oil

Usual piping

The flow of circulatory substances

The viscosity of the refrigerant becomes a resistance, leading to a high load on the compressor required for pressure delivery = high power consumption

● Mixing refrigerant and refrigeration oil

Reduce internal resistance in piping

Reduce compression power

Set up the flow of piping circulation materials after installation

The decrease in refrigerant viscosity reduces the burden on the compressor, resulting in lower power consumption

Reduce the flow resistance of piping

● Suppress the pulsation that causes instability in the expansion valve, achieving stable pressure.

Refrigeration oil

Stir the refrigerant and refrigeration oil

a strong stirring and circulating system within the AESG

Our goal is to reduce electricity consumption by 10% to 30%

Construction setup

●Remove the currently used refrigerant

Insert the cut tubing into the product

●Perform welding

After the piping construction, carry out moisturizing treatment

The project is completed

Procedure before setup:

Contact us by phone, or feel free to inquire via email or other means

Visit explanation, hearing: Explain to the client with detailed information

We will conduct a hearing regarding the condition of the equipment and the usage environment

Create a simulation: Create an annual reduction simulation based on the content of the hearing

Validation experiment: When requested by the customer, inspection and testing will be conducted

Use an air conditioner for verification (paid)

Conduct verification experiments on the customer's air conditioner to visualize the reduction effect

Your suggestion: submit a verification report, and after experiencing the reduction effect, please study the formal implementation plan

Regarding the order, we will negotiate the installation and construction schedule, etc

Setting construction, implementing setting construction

We will assess the customer's usage environment and provide an annual simulation of the implementation effect

Please feel free to consult

Implementation example of αESG settings

Major enterprises are also introducing it one after another

QA for optimal performance

● It should be installed on a sound and healthy air conditioner

Conduct a simple inspection, assuming that the air conditioner is operating normally without any abnormal noise, odor, or visible pipe leaks

Do not entrust the piping engineering and other works to contractors, and carry out construction in accordance with the "Construction Instructions"

The construction of piping with sharp angles or unreasonable angles needs to be modified before construction can proceed

No piping connection for non-standard dimensions

Due to potential disturbances that may lead to increased power consumption, please use appropriate pipe sizes for construction

What is the method of pipe connection?

It is recommended to use brazing for construction. When working on sites where the use of flames is not permitted, please use a torch to process connecting or joint materials, etc.

Is it also useful for new air conditioners?

Even new products can demonstrate their effectiveness. (The reduction rate is lower than in previous years)

Isn't it a renovation not related to air conditioning?

No modifications will be made to the air conditioning equipment, etc. The aAESG will be installed by inserting it into the piping section

Does the reduction start from the day of introduction?

The entire refrigerant and refrigeration oil have been filled and refined, and stirring requires time. For previous year's products, the effect may gradually appear after several days to 10 days after installation. Please run it continuously as much as possible after installation.

What is the warranty period for the product?

One year from the date of purchase. This product has undergone comprehensive pressure and airtightness tests. It is safe for long-term use.

Can the subsidy be used?

This product cannot be used standalone.

I want to replace the air conditioner installed with aAESG

If there is any misuse of piping, please clean the piping while the product is installed. Only one repair will be provided during the warranty period. For details, please consult us.

What are the dimensions of the piping for αESG?

For sizes above 25.4mm, please consult

What refrigerants can be used?

R22, R404A, R407C, R410A, and R32 have been confirmed as usable.

How to conduct measurement and verification?

Measure the power of the outdoor unit of the air conditioner, the external air, and the indoor temperature (humidity) for blow-off. Conduct measurements for about 1-3 weeks from the construction date, mainly comparing the power before and after installation based on various temperatures and environmental changes.

Can the reduction rate be fixed (reduction guarantee)?

Due to variations in the end-user environment, it is impossible to fix a reduction rate.

How many hours does the construction take?

Depending on the length of the piping and the method of use, each model requires approximately 2-4 hours.

What is the service life of the product?

The statutory service life is 10 years

Additional information: Patent information

"Patent Intelligence Digest"

1. Purpose: To provide a fluid mixing device that efficiently mixes heat pump circulating fluid, promotes the mixing of refrigerant and refrigeration oil, facilitates the liquefaction of refrigerant, improves heat exchange efficiency, and reduces power consumption.

2. Method: The upper end of the cylindrical main body 11a, which has a central axis in the up-down direction, is sealed by a hemispherical upper mirror plate 11b1, while the lower end is sealed by a hemispherical lower mirror plate 11b2. In the frame 11, one end can be connected to one of the pipes due to the inflow or outflow of fluid, and at a position offset from the central axis, the upper mirror plate can penetrate in the up-down direction. The other end is an upper tube 12 that opens near the upper end of the main body, one end of which can be connected to another pipe, and the lower mirror plate penetrates in the up-down direction on the central axis, extending straight to near the upper end of the main body, and the other end opens upward. The lower tube 13, and a coil spring 14 that is set on the inner surface of the main body with the central axis as the axis, allowing each winding to move up and down

The descending fluid reverses direction upward due to the hemispherical lower mirror plate. Moreover, the ascending fluid reverses direction downward through the hemispherical upper mirror plate (U-turn). As a result, a strong vertical swirling flow is formed.

As a result, the fluid is vigorously stirred over a large area

Due to the friction between the coil spring arranged on the inner surface of the main body and the swirling flow, as well as the collision between the coil spring and the Karman vortex, the coil spring, which can move up and down, resonates at the friction and collision points, locally generating vertical vibrations. The fluid vibrates vertically locally along with the coil spring. In addition to this local vertical vibration, the many concave and convex shapes of the coil spring also exert shear forces on the fluid.

As a result, the fluid is refined and homogenized

Through the combined effects of these swirling flows, Kalman vortices, and vertical vibrations, highly effective fluid agitation is achieved. Once the fluid is fully agitated, it flows out through the lower tube

On the outer surface of the lower tube located on the central axis, multiple concavities and convexities are alternately formed, making it easy for bubbles in the fluid to adhere. As a result, even residual gas that remains unliquefied by this device is separated from the fluid, preventing it from flowing out together with the fluid.

Through the stirring action of the fluid stirring device of the present invention, the refrigeration oil can be fully dissolved in the liquid refrigerant, preventing the separation and retention of the refrigeration oil, as well as the capture of the refrigerant by the refrigeration oil. As a result, it can prevent the compressor from being damaged and improve heat exchange efficiency.

The stirring action of the fluid stirring device according to the present invention enables the refrigeration oil in the liquid refrigerant to be fully dissolved, preventing the separation and retention of the refrigeration oil, and preventing the refrigeration oil from capturing the refrigerant. As a result, it prevents the compressor from burning and sticking, and improves heat exchange efficiency

In addition, due to the stirring effect of the fluid stirring device, the gas refrigerant remaining in the liquid refrigerant and exceeding the condensation temperature can be cooled down to the same temperature as the surrounding liquid refrigerant, thereby liquefying.

The result is that the residual gas refrigerant in the liquid refrigerant can be eliminated, thereby improving the heat exchange efficiency.

Type JIS Refrigerant Pipe Fitting B8607: 2008

Overall dimensions: Body W89*L280mm

Copper tube diameter 12.7mm/15.88mm

Design pressure resistance: Maximum 11Mpa

Management: Fully achieve traceability control (prevent counterfeiting and imitations)

product line

OΑESG280

OαESG560

Safety-related rules

Cold storage security rules

Implementing structural design for pressure vessels

I have joined PL insurance

Precautions

Not recommended for small air conditioners or household room air conditioners

Absorption and turbo chillers are not applicable.

Output 2 units, with 4 units operating in parallel

If you have any other questions, please feel free to ask

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