AeroFix

In accordance with the mounting systems for photovoltaic systems, reference is made to supports which are mounted on the roof of solar panels and other surfaces. In addition to custom solutions, there are a number of modular components on a modular basis, which are flexible and can be built quickly and efficiently because of pre-assembled parts.

For each area and each photovoltaic installation there is a suitable solution:

• Pitched roof systems
• Flat Roof Systems
• Roof systems integration
• Field Systems

There are 3 types of AeroFux fixture for flat roofs:

• IBC AeroFix 15: for large flat roofs, at a height of up to 20 meters with a minimum of 2×5 photovoltaic modules in typical orientation to the South and 15 ° tilt module. Distance between supports basic standard: 1.80 meters.
• IBC AeroFix 15 (sets) for small flat roofs at a height of up to six meters (eg garage), with a minimum of 2×2 photovoltaic modules in typical orientation to the South and 15 ° tilt module. Distance between supports basic standard: 1.80 meters.
• IBC AeroFix 10: for flat roofs at a height of up to 20 meters with a minimum of 2×5 photovoltaic modules in east-west, 10 °module inclination, in V inclination mode and easy to install. Completed posterior wall plate (IBC AeroFix 10EW-B) or with an additional row of modules (IBC AeroFix 10EW-M). Distance between supports basic standard: 2.30 meters.

MP-Tec

MP-tec installation premium system, made from aluminum and stainless steel alloy is suitable for all types of assembly. Perfectly coordinated modular system offers impressive versatility, great flexibility, and a solution for every type of assembly and application.

• Roof Racks
• Basic Profile
• Modular Stands
• Accesories

Schneider Electri

•  Schneider Electric MPPT 60150
• Schneider Electric: C35 , C40 , C60 PWM

Steca:

• Steca Solsum: F 6.6F, 8.8F, 10.10F
• Steca Solarix PRS: PRS 1010, PRS 1515, PRS 2020, PRS 3030
• Steca Solarix MPPT: MPPT 101, MPPT 2010
• Steca PR 03-05: PR0303, PR0505
• Steca PR 10-30: PR1010, PR1515, PR2020, PR 3030
• Steca PR 2020 IP ( grad protectie IP 65)
• Steca Tarom: Tarom 4545, Tarom 4545-48
• Steca Tarom MPPT: Tarom MPPT 6000, Tarom MPPT 6000-M 
• Steca Power Tarom: Power Tarom 2070, Power Tarom 2140, Power Tarom 4055, Power Tarom 4110, Power Tarom 4140

Monocrystalline photovoltaic panels:

• IBC MonoSol  260 EX, 265 EX, 270 EX
• IBC MonoSol 265 CS, 270 CS
• Yingli 255,260,265,270,275 C-30b
• LUXOR ECO Line 60 / 245-270 W
• LUXOR ECO Line 72 / 185-200 W
• LUXOR ECO Line Full Black 60 / 045-255 W
• LUXOR ISLAND-MODULE SOLO Line 36 / 5-140 W

Polycrystalline photovoltaic panels:

• IBC PolySol 250 ZX, 255 ZX
• IBC PolySol 250 GZ, 255 GX, 260 GX
• IBC PolySol 245 DS, 250 DS  
• IBC PolySol 255 CS, 260 CS
• IBC PolySol 245 MS, 250 MS, 255 MS
• IBC PolySol 240 VM, 245 VM, 250 VM
• Yingli YL 240, 245 ,250, 255 PT 
• LUXOR ECO Smart line 60 230-250W
• LUXOR ECO line 60 230-250W

We recommend using the system for electricity supply to homes, vacation homes, farms or isolated locations that do not have access to electrical distribution network, or the connection to the electricity is very expensive.

The power range available is 1 to 10 kWp.

A 1.5 kWp photovoltaic installation ensures an average daily energy production of 5 kWh.

Working principle

The role of the instalation is dyeing and drying the pieces painted with liquid paint.

Transportation of parts is made by a conveyor.

The system can operate both in manual mode and automatic mode.

The operating temperatures of the painting and drying system are adjustable.

In manual mode of operation, all elements of the system can be operated independently, for maintenance or test purposes.

Commands are available on the two screens of the display, Microwave Drying and  Painting Booth.

The two instalations, Spray Booth and Drying Oven, can operate simultaneously but independently of each other.

Modes of operation

In manual mode , each unit of the instalation is operated as long as you hold the button. When the button is released, the machine stops operating.

The status of the entire system is indicated via lights.

In automatic mode the system operates completely independent of operator intervention, considering only the parameters set in advance (running time, rest time, temperature, etc.) and if safe operating conditions are met.

Functional safety

All faults that occur are signaled both optically and acoustically.

The windows are made with graphics, databases and lists of failures.

 Comfort and ease of use

The system is equipped with a generously sized touch screens that can easily view all elements in the system.

The system has the possibility to connect to ethernet, which allows viewing and remote monitoring of the entire process.

It also has the possibility of a memory stick to certain parameters in the system.

Operating principle:

The system is designed to purify and bring industrial wastewater, from various stages of production at an appropriate pH content requirement and environmental standards in force, before it is release into drains. The system performs in the filtering process the pressing of the resulting sludge and the recovery of valuable components such as copper, zinc, aluminum, chromium, etc.

The principle consists in successive dosages of hydrochloric acid, lime, caustic soda, flocculants and other chemical components, after a well-established recipe with the possibility of amending it so that all the compounds in wastewater are neutralized. Sediments are effectively eliminated, water becomes clean, providing output pH and content of harmful compounds to the parameters required by environmental regulations.

Schneider Electric:

• Conext TL: three phase inverters 10kW, 15kW and 20kW;
• Conext RL: single phase inverter 3kW, 4kW and 5kW;

SMA:

• SunnyBoy: 3kW single phase inverters, 3,6kW, 4kW and 5kW;
• Sunny TriPower: single phase inverters / 5kW to 20kW three phase from;

KOSTAL:

• Piko: 3kW inverter single phase and three phase inverters 3,6kW and 4,2kW, 5.5kW, 7kW, 8,3kW, 10,1kW, 15kW and 20kW;

• Overall responsibility of all stages of build and release processes across multiple products including deploying code, build acceptance testing in staging and QA environments.
• Work with the development team to establish build and release process for all Sencha product offerings.
• Create, optimize, enhance, and operate build and release automation infrastructure, testing frameworks, reporting, and tools.
• Automate and streamline build processes, including continuous integration testing, nightly acceptance testing, and deployment to production servers.
• Administer and maintain build and QA infrastructure.
• Administer and maintain source code repositories and continuous integration systems.
• Administer and maintain bug tracking systems, engineering wikis and test management systems.
• Research, propose and implement new tools and process changes to optimize and improve build management and source control.

Temperature check during operation of electrical equipment

infrared image                              image in the visible spectrum

Thermography is measuring the infrared radiation thermal field by recording and visualization of temperature distribution on surfaces observed.

An IR photography can give us a lot of information. Thermography is the only diagnostic technology that allows you to view and verify thermal performance. IR cameras today will allow the identification of the nature of thermal problems, quantify them through a  extremely precise non-contact measurment, allowing automatic presentation of results in the form of professional reports.

Almost any device that uses or transmits energy is overheating prior to malfunction. Therefore nowadays nobody disputes that thermography is the most effective predictive maintenance technology designed, due accuracy and reliability with which potential problems can be identified. Using thermography shows a multitude of other benefits:

• allows remote temperature measurement without direct contact

• is a non-destructive method – does not affect in any material object or process being investigated

• is a non-invasive method – can be repeated as often as needed

is the investigation of quickly and efficiently without requiring equipment decommissioning

• defects are detected at an early stage, long before damage occurs

In the Energy field, we investigate all types of installations, transport, distribution and use of electricity:

• electric generators

• transformers, autotransformers, compensation coils

• electric cells

• electric cables

• electric cable connections

• electric panels

These types of equipment can detect:

• weakened or damaged electrical connetions

• damaged bushings, internal transformation of terminal units and deficiencies in their cooling systems

• overheated circuits (undersized)

• unbalanced circuits

• induction heating

• other faults visible due to thermal modification

Advantages of thermography in relation to other methods: