GreenCam
Modular camera system
GreenCam powered by Schirra IT is a modular and extremely compact camera system that can be assembled from the following modules and functions completely independently of the configuration.
- Wind energy
- Solar energy
- Conventional power supply (230V AC)
- Methanol fuel cell
- Battery buffer
Advantages of the GreenCam
- 30 % more power thanks to our latest generation high-performance monocrystalline HV solar module with 72 instead of the usual 36 cells
- 4 weeks self-sufficient system (without any energy supply) thanks to powerful 80AH battery and intelligent energy control
- Intelligent energy-saving mode: certain components are for the period in which they are not required, automatically switched to energy-saving mode
- Latest and safest battery technology currently on the market (LiFePO4), developed and assembled in Germany
- Use even at temperatures as low as -30 °C without loss of performance thanks to integrated heating and battery management system
- Very compact modular plug & play system - choose between wind power, solar energy, 230V or simply all three at the same time for the power supply - just as you wish
- Intelligent energy monitoring - anytime and anywhere
- Easy assembly for one person within a maximum of 20 minutes
Solar energy
The solar modules in the WATTSTUNDE® WS-M-HV series are high-quality modules with monocrystalline cells that always promise top results and a high energy yield.
High-quality solar modules
Thanks to the integrated bypass diodes in the junction box, the module can continue to produce electricity even when shaded or in low light conditions.
Maximum Power Point technology
72 cells instead of the usual 36 cells promise yields even in unfavorable light conditions, so that MPPT charge controllers can work optimally here with their maximum power point technology. Conventional solar modules only deliver a low voltage in unfavorable light conditions, which is no longer sufficient to charge the battery. By increasing the number of cells and the associated increase in voltage, it is ensured that the voltage is sufficient to capture the last rays of sunlight even in low-light seasons. A further advantage: while the output remains the same, an increase in voltage results in a reduction in the current load on the cables. The high operating voltage reduces cable losses and smaller cable cross-sections can be used.
Easy installation
Simple installation, quick commissioning and prepared materials make your set-up child's play! The modules are enclosed in a sturdy hollow chamber profile frame and promise maximum stability, especially under extreme conditions. Thanks to their anti-reflective glass, the modules allow significantly more light through and therefore ensure higher transmission compared to other modules. The cell efficiency of the monocrystalline solar modules is 18.8 %.
Main features
Our solar panel mount is designed for an off-grid situation when mounting on a roof is not ideal. These are the main features:
- 5052-H32 Aluminum construction
- Stainless steel closures
- High tensile strength
- Corrosion-free
- Can withstand 50 psf (125 mph wind resistance)
- Attractive brushed aluminum
- Infinitely adjustable between 15-65 degrees
- Precise hole positioning and alignment
- Quick and easy installation
Battery technology
Developed and manufactured in Germany
Extremely light. At just 8 kg, this battery is up to 82 % lighter than a 160 Ah lead-acid battery (same usable capacity). The weight saving is 37 kg.
Maximum effectiveness and efficiency
Integrated powerful heater with maximum effectiveness and efficiency (extremely fast and completely uniform heating of all cells). The integrated heater starts at temperatures below 0 °C when a charging current is applied. The integrated heater does not discharge the battery. For use at temperatures from -30 °C to 60 °C.
Safest lithium technology
Our batteries use lithium iron phosphate technology (LiFePO4) - currently the safest lithium technology on the market. All batteries consist of powerful and very durable (LiFePo4) cells and an integrated battery management system (BMS). The BMS permanently protects the individual cells and the entire battery against over/under voltage, over/under temperature, overload and short circuit (automatic shutdown without damage). Premature battery failure due to external influences or incorrect use is effectively prevented by the BMS. The performance data and energy consumption can be called up at any time.