Alfa Strafor is a company that conducts R&D activities with a focus on continuous improvement and innovation. In the R&D process, we follow the following steps:

1. Needs Analysis and Research: Alfa Strafor carefully analyzes customer feedback, industry trends, and market demands. Identifying needs and tracking trends form the basis of our R&D activities.

2. Idea Generation and Concept Development: We encourage our R&D team at Alfa Strafor to generate innovative ideas. Brainstorming methods are utilized in this process, and new product or process concepts are developed. These ideas are then translated into tangible outcomes through collaboration with our design and engineering teams.

3. Prototyping and Testing: The developed concepts move into the prototyping stage. Alfa Strafor produces and tests prototypes in our own laboratory facilities. These tests evaluate the performance, durability, and efficiency of the product. Based on feedback received, improvements are made.

4. Collaborations and Partnerships: Alfa Strafor collaborates with other organizations, universities, or research institutes to support the development of innovative ideas and our R&D efforts. Through these partnerships, we benefit from new technologies, materials, and methodologies.

5. Certification and Standardization: Alfa Strafor ensures that the products developed as a result of our R&D activities comply with relevant certifications and standards. This step aims to validate the quality and reliability of our products.

6. Continuous Improvement: We view our R&D activities at Alfa Strafor as an ongoing cycle and prioritize the principle of continuous improvement. By analyzing feedback and data, we continuously enhance our products and processes.

Alfa Strafor aims to increase customer satisfaction, improve efficiency, and promote energy savings through our R&D efforts. We focus on developing innovative products and solutions.

The percentage of energy savings for products can vary depending on their features and usage conditions. Products designed for energy efficiency are typically certified or labeled with energy efficiency ratings. These labels compare the product's energy consumption to a specific standard and indicate its energy-saving potential.

For example, the energy savings percentage of a boiler or heat pump used in home heating systems can be determined through energy efficiency classifications. Generally, products with higher energy efficiency provide greater energy savings.

However, to directly state the energy savings percentage of a specific product, more specific information about that product is required. Therefore, if you specify which product you are referring to and the type of energy savings percentage you are looking for, I can provide further assistance

We have intentionally never developed a stylistic formula for our work, which is why our projects never quite look or feel the same. Each of our spaces is the result of our ability to listen.

The energy-saving performance of each product can vary depending on its features, usage conditions, and the standards it has been tested against. The energy-saving performance is determined by certifying the products with energy efficiency labels or certifications. These labels and certifications demonstrate the product's energy consumption compared to a specific standard and indicate its potential for energy savings.