GET INSPIRED

 

By adopting eco-friendly and digital solutions across production, operations, administration, marketing, and sales, businesses can reduce their environmental impact while enhancing and market appeal. Embrace these efficiency strategies to position your company at the forefront of the green economy. Embrace these strategies to position your company at the forefront of the green economy.

OUTBOUND LOGISTICS

Activities involved in converting the inputs into finished products and services. This includes manufacturing, assembling, packaging and testing.

READ MORE

CUSTOMER SERVICE

Supporting and enhancing the product or service after sale, including customer support, warranties, repairs and maintenance.

READ MORE

OPERATIONS

The process of transforming inputs into finished goods or services, including tasks like manufacturing, assembling, packaging and testing.

READ MORE

MARKETING & SALES

Promoting and selling products or services through activities like advertising, sales efforts, pricing and managing distribution channels.

READ MORE

INBOUND LOGISTICS

 Receiving, storing, and managing materials or inputs that are essential for the production process.

READ MORE

INFRASTRUCTURE

Company-wide systems and structures that support the entire value chain, such as finance, accounting, legal and organizational structure.

READ MORE

HUMAN RESOURCE MANAGEMENT

Recruiting, training and managing the company's workforce.

READ MORE

TECHNOLOGY DEVELOPMENT

Engaging in research, innovation and technological advancements to improve products or services.

READ MORE

PROCUREMENT

Sourcing and purchasing materials or inputs required for production.

READ MORE
EM4 System Condition

Short description:  A new energy measurement system was scientifically supported by FH CAMPUS 02 for flexible and wireless Energy Monitoring for SME. The system enables wireless data transmission especially over longer distances. The advantage is the quick retrofitting of any machines and power consumers and a straightforward, user-friendly interface that presents the relevant results graphically. The sensors can also be mounted in the electrical control cabinet for multiple purposes. The sensor data sampling unit offers up to 18 Channel data processing, which means 6x3-phase supply strings an 18x single phase wiring can be measured. Data will be transferred via LORAWAN to a central gat2way, which sends the data for further processing to the cloud. Dashboard can be configured to the special needs and alarm settings can be done. The application is cost-effective and the sensor data sampling unit can be easily changed to another production area when energy consumption has been reduced at the first sight.

Additional Documents:
1. Technical description short
2. Technical description long (Danube DNA_A2.3_Tech_Man_of_Joint Sol_PP10_final2)
3. Additional technical data and information for the hardware:
- ECO-ADAPT: Specifications – Antennas and Extensions
- POWER-ADAPT: Datasheet - Connectivity
- POWER-ADAPT: Power-Elec meter and current transformers datahseet
- POWER-ADAPT: An Energy Sub-metering Solution: User Manual
- POWER-ADAPT: Power Cloud - Energy monitoring platform: User Manual
- PREDICT-ADAPT: Power-Cloud - The monitoring platform for rotating electrical machines
Predictive maintenance solution for electric rotating machines
4. Link to the hardware provider and implementation expert: https://messfeld.com/
5. Pilot actions implementation and monitoring – pilot Project EM4 System condition- Lackiererei Ploder

Developed under project : Danube DNA

WeldWise

Short Description: WeldWise is an Industrial IoT-based monitoring and analytics solution developed within the Danube DNA project to support the digital transformation of manufacturing SMEs. ICT Cluster Bulgaria acts as the responsible project partner and beneficiary of the joint solution, while the technical development and system integration were carried out by COMICON Ltd., Bulgaria. The solution was initially developed for spot-welding production systems in response to a real industrial need and combines production monitoring, electrical energy measurement, KPI calculation, historical data archiving and real-time visualisation through an on-premises edge-computing architecture. WeldWise was tested and validated at EDE16 in a spot-welding environment and later piloted at MDC in a broader industrial context, including a powder coating oven, industrial compressor and laser cutting process, demonstrating the adaptability of the solution to different industrial applications.

Key Features:
• Real-time monitoring of machine activity
• Automated production event counting
• Electrical energy measurement at machine or process level
• KPI calculation, including energy per produced unit
• Historical data storage, reporting and real-time dashboards
• Detection of abnormal operating conditions through a modular on-premises Industrial IoT architecture

Industries / Application Potential:
Spot welding; metal processing; laser cutting; industrial ovens; compressors; other industrial environments where machine-level monitoring, energy visibility and process transparency are important

Developed under project: Danube DNA