TSS4U
-
∑-Ahr Controller
Expand / Close Tab
The charge controller is the beating heart of any solar energy system. Specialist experience and the desire for perfection at TSS have resulted in the most solid and most efficient charge controller for stand-alone solar energy systems. It is designed to have exceptional performance and last longer especially in the harshest conditions.
Features
Ultimate Reliability
The Multi Array input eliminates a single all-or-nothing connection.
Battery Management
By providing a constant float charge the controller reduces the number of cycles increasing the lifetime of your batteries.
Fallback Mode (redundant operation)
The analogue fallback-mode kicks in should the processor ever fail. This prevents downtime & increases your ROI.
Optimized for Multiple Battery Types
Programmable for all types of battery chemistries toprovide the best charge regime available. This results in higher performance and longer lifetime of your batteries.
Small and Large Systems
A modular design allows for expansion when largersystems are required. Adapting the capacity to yourrequirement. No unnecessary cost for unnecessary capacity.
Efficiency 99.75%
This reduces your overall system cost.
-
TSS-PVP A - Modules
Expand / Close Tab
Performance, quality and durability of the modules determines the amount of energy your system can produce over its lifetime. One of the main functions is charging your batteries and for that you require as much current as possible. The voltage must be high enough to push the current to your batteries even when they are almost fully charged.
Features
Cost Effective Design
The solar module has a junction box for both parallel and serial connections. No sub-array junction box needed and less cabling is required.
Quality and Durability
Use of selected European high quality products guarantees high performance and durability.
Warranty
- 10 years product warranty.
- 10 years performance warranty 90%.
- 25 years performance warranty 80%.
Mono- and Polycrystalline
Available as Monocrystalline modules or Polycrystalline modules.
-
Nanodac Display Unit and Data Recorder
Expand / Close Tab
Your off-grid solar energy system is vital for keeping your production going.
You want to know everything about your system’s status and what is to be expected.
The Nanodac provides you with all of this information so you can optimize production, improve efficiency and extend the life time of your solar energy system.Features
3.5" TFT Display
Incredibly clear visualisation of process parameters. In the blink of an eye your system's status is available and clear.
Data Acquisition
Up to 34 data parameters from the controller can be read and processed.
Data Logger
System information can be safely archived for up to 2.5 years.
System Health
Parameters and stored data will help you analyze events and system status, keeping your systems health and performance at the highest level.
Prepare for the Future
The more you know, the better you can perform. The Nanodac provides information preparing your company for future projects
-
∑-Ahr Stabilizer 1320
Expand / Close Tab
This premium DC/DC converter gives you a solid 24Vdc or 48V (±1%), protecting your loads from over or under voltage damage. The high power, high efficiency characteristics make the Σ-Ahr Stabilizer your best choice for sensitive loads in harsh environments.
Features
Over 96% Efficiency
Low losses reduces the number of additional solar modules required, keeping overall system costs as low as possible.
Ultimate Reliability
State of the art design and choice of components make it a solid and extremely reliable converter.
High Temperature Resistance
Solar energy systems operate in the hottest environments. Temperatures inside the control box can easily exceed 75°C. The Σ-Ahr Stabilizer is designed to operate up to 85°C without forced cooling!
Compact Design, High Performance
The Σ-Ahr Stabilizer can handle loads of up to 1320W while taking less than 1 dm3 in space minimizing your enclosures, lowering your costs.
Versatile
The Σ-Ahr Stabilizer can be used for multiple & mixed load types like motors, solenoids, capacitators, valves, etc.
-
∑-Ahr Stabilizer 2640
Expand / Close Tab
This premium DC/DC converter gives you a solid 24Vdc or 48V (±1%), protecting your loads from over or under voltage damage. The high power, high efficiency characteristics make the Σ-Ahr Stabilizer your best choice for sensitive loads in harsh environments
Features
Over 96% Efficiency
Low losses reduces the number of additional solar modules required, keeping overall system costs as low as possible.
Ultimate Reliability
State of the art design and choice of components make it a solid and extremely reliable converter.
High Temperature Resistance
Solar energy systems operate in the hottest environments. Temperatures inside the control box can easily exceed 75°C. The Σ-Ahr Stabilizer is designed to operate up to 85°C without forced cooling!
Compact Design, High Performance
The Σ-Ahr Stabilizer can handle loads of up to 1320W while taking less than 1 dm3 in space minimizing your enclosures, lowering your costs.
Versatile
The Σ-Ahr Stabilizer can be used for multiple & mixed load types like motors, solenoids, capacitators, valves, etc.
-
Solar Array Support Structure
Expand / Close Tab
The modular TSS solar array support structure is a flexible solution for stand-alone solar systems of all sizes. Rigid and easy to install it is the solid foundation for your solar energy system. The smart design of the support structure contributes to overall cost reduction and extends reliability of your solar system.
Features
Flexible Solution
Modular design starting at 4 solar modules. Adjustable tilt angle from 10° to 60°. Available for different type of solar modules.
Choice of Materials
The support structure can be produced in HDG steel or stainless steel (304 or 316). A standard epoxy powder coating or a project specific coating can be applied.
Reducing Cost
Integrated facilities for mounting control equipment eliminates the need for separate control racks and facilities for cables.
Extending Reliability
The support is designed so that the batteries can be placed in the shade underneath the solar modules. Cooler batteries have a longer expected life time