Modeling software from Valentin Software
SETech – official distributor Valentin-Software
Discover the power of PV system design software
In order to stay competitive in the solar market and keep costs down, you need an efficient tool for fast and accurate calculations.
Maximizing results is very important to your client. The bigger the system, the higher the production. But this is usually not the case. We have limited space and the job is to maximize the output that the system can deliver. This, without a doubt, requires professional software that takes into account the orientation and tilt of the panels, shading, pollution, climate zone.
Another great reason to look for solar software is the ultimate presentation. The proposal you present to your client to sell your design. At the moment, this step is becoming more important. Not all of your customers understand the technology behind PV. That’s why your presentation should include graphic information, real images, comprehensive technical data, as well as financial results such as individual costs, credit, taxes, incentives, payback time, etc.
Our products will help you to present the best offer to your customers in the most comprehensive, accurate and professional way at the preparatory stage of design.
Software for designing and modeling photovoltaic systems
PV*SOL premium is a dynamic modeling program with 3D visualization and detailed shading analysis for the calculation of photovoltaic systems in combination with electrical appliances, battery systems and electric vehicles.
With PV*SOL premium, the industry standard for PV design software, you can design and model all types of modern PV systems. From small rooftop systems with a few modules and medium-sized commercial rooftop systems to large solar parks, PV*SOL premium supports you with numerous design and modeling tools.
The unique 3D visualization is the highlight of the premium PV*SOL. You can visualize all common types of systems in 3D, whether integrated on the roof, whether on small corner roofs, large industrial halls or spaces – with up to 7,500 installed modules or up to 10,000 parallel roof modules, and can calculate shading based on the 3D objects This makes it possible to achieve the highest reliability of the income forecast – because a realistic image of shading from surrounding objects is important for accurate income calculation.
With PV*SOL you can demonstrate and simulate all types of modern photovoltaic systems. From a small rooftop system with a few modules to medium-sized commercial rooftop systems to large solar parks up to 100,000 modules, PV*SOL supports numerous design and modeling tools. Choose the design type that best suits you and your PV project! Detailed results provide information about the performance of your system at any time.
T*SOL 2021 R1 dynamic simulation program for design, optimization and calculation of solar thermal system.
Our databases contain storage tanks and boilers of leading manufacturers. The program can also create user-defined manifolds, storage tanks and boilers. In addition, manufacturers can add additional storage tanks, boilers, headers, fresh water stations and heat exchangers for free
Are you looking for a handy special tool for planning and designing heat pump systems? Then our GeoT*SOL program is ideal for your design work.
You can choose between different heat sources (ground, air, and groundwater) and operating modes (monovalent, monoenergetic, and bivalent) for your location. The integration of solar thermal systems and divalent systems with fossil heat generators should be emphasized. Demands, losses and consumption are determined as a result of dynamic simulation. Based on this, electricity consumption, the seasonal coefficient of heat supply and costs are calculated, taking into account the periods of unscheduled tariffs. With the help of these parameters, GeoT*SOL evaluates the economic efficiency of the system. The price and heat output are shown for the heat pump system and the comparison system.