HIGHLIGHTS

Heat Shield
Wind Protection
German-Made Ceramic Plates
ERP
3 Stage Combustion System
Reflectors
Technical Specifications
Product Images
Working Principle

Unique Wind Resistance

The transparent ceramic glass placed in front of the ceramic plates can completely block incoming wind currents, providing the Elite series heaters with unmatched wind protection. As the heater warms up, the transparency of the glass increases, allowing radiant heat to spread over a larger area.

German-Made Ceramic Plates

Goldsun Elite heaters use patented German-made ceramic burner plates. These plates offer the highest combustion and radiation efficiency on the market. Additionally, the stainless-steel grilles placed in front of the plates increase the device’s efficiency by 20%.

Three-Stage Combustion System

Goldsun Elite heaters feature a three-stage combustion system that ensures the desired comfort level is achieved effortlessly. Depending on the ambient temperature, low, medium, or high-level heating can be selected for a comfortable heating experience.

Reflector

Unlike many other products on the market, Goldsun Elite heaters include a reflector that enhances their performance. This feature focuses the emitted energy, directing it towards people in the space rather than dispersing it into the air.

Aesthetic and Functional Design

Designed specifically for cafes, restaurants, and winter gardens, Goldsun Elite heaters offer an aesthetically pleasing and practical design. All cables and connection accessories are concealed to maintain a clean and unobtrusive appearance in any setting.

Advantages

Goldsun Ceramic Plate and Competitor Product Efficiency Comparison Report

1. Objective: The purpose of this report is to compare the efficiency and fuel savings of our Goldsun brand products with the best-selling competitor product on the market.

2. Methodology: The efficiency of our Goldsun 7/11 model was measured against a competitor product using an Elvhis Radiometer. The radiant efficiency of both products was determined, and their energy consumption per kW was calculated. Additionally, the measured kW/m² values were converted into temperature increase (ΔT) graphs, providing a visual representation of the perceived temperature increase for each device.

3. Measurement Results:
a. Goldsun CC 7/11:

At a 2-meter distance, the perceived temperature increase (ΔT) created by the heater in the environment is illustrated in the graph below. The maximum temperature increase in the effective heating area was measured as 8.24°C.

Measurement Parameters and Results:

Ambient Temperature: 17.3°C
Humidity: 68%
Gas Consumption: 1.12 m³/h
Air Pressure: 1003 hPa
Radiant Factor Measurement Result: 60.19%

b. Competitor Product


At a 2-meter distance, the perceived temperature increase (ΔT) created by the competitor heater is illustrated in the graph below. The maximum temperature increase in the effective heating area was measured as 5.39°C.

Measurement Parameters and Results:
Ambient Temperature: 19°C
Humidity: 59%
Gas Consumption: 1.13 m³/h
Air Pressure: 1004 hPa

Radiant Factor Measurement Result: 44.67%

Areas of Use

Cafes and Restaurants
Industrial Facilities
Open or Semi-Open Areas
Under Umbrellas
Under Pergolas
Balconies and Terraces