Battery cable, H07RN-F, 2 x 2,5 mm² Pre-assembled battery connection cable for connecting the battery to the solar controller etc. 1.5 m cable length , plus and minus terminal , fuse holder and fuse 15 A .

Battery cable, H07RN-F, 2 x 4,0 mm² Pre-assembled battery connection cable for connecting the battery to the solar controller etc. 1.5 m cable length , plus and minus terminal , fuse holder and fuse 20A .

Battery cable, H07RN-F, 2 x 4,0 mm² Pre-assembled battery connection cable for connecting the battery to the solar controller etc. 1.5 m cable length , plus and minus terminal , fuse holder and fuse 25A .

Battery cable, H07RN-F, 2 x 4,0 mm² Pre-assembled battery connection cable for connecting the battery to the solar controller etc. 1.5 m cable length , plus and minus terminal , fuse holder and fuse 30A .

HIS Batteriekabel 50mm², 2,50 m Batterie Anschluss-Set für Wechselrichter und Speicher. Z. B. SMA und LG Lieferumfang: 2 Kabel NSGAFÖU 1.8/3kV 1x50,0 mm² schwarz á 2.500mm Länge A-Seite Rohrkabelschuh mit schmalem Flansch für M8 - 50 mm², B-Seite Rohrkabelschuh mit schmalem Flansch für M8 - 50 mm² 1. Kabel beidseitig mit rotem Schrumpfschlauch, 2. Kabel beidseitig mit blauem Schrumpfschlauch Etikett: Batterie-Anschluss-Set 2 x 2,5m 50mm²

Solarkabel KBE Berlin DB PV1-F 4mm² KBE Solarcables provide for fast and cost-saving power transmission in PV-systems. KBE Solarcables are certified in accordance with TÜV 2 PFG 1169/08.2007. Due to specially cross-linked insulations our solarcables exceed technical requirements in terms of product life and product reliability. KBE Solarcables are available in various outer diameters and therefore are compatible with all standard plugs / plug connectors and connection boxes. Our short delivery periods are outstanding. Divers package sizes meet customer specific requests. KBE Solarcables are manufactured within an optimised production process using modern manufacturing technologies. Due to our long experience in copper business we are able to offer cost-efficient solutions.  

Solarkabel KBE Berlin DB PV1-F 6mm² KBE Solarcables provide for fast and cost-saving power transmission in PV-systems. KBE Solarcables are certified in accordance with TÜV 2 PFG 1169/08.2007. Due to specially cross-linked insulations our solarcables exceed technical requirements in terms of product life and product reliability. KBE Solarcables are available in various outer diameters and therefore are compatible with all standard plugs / plug connectors and connection boxes. Our short delivery periods are outstanding. Divers package sizes meet customer specific requests. KBE Solarcables are manufactured within an optimised production process using modern manufacturing technologies. Due to our long experience in copper business we are able to offer cost-efficient solutions.  

Outback Power Temperature Sensor RTS The OutBack Remote Temperature Sensor RTS is essential for proper battery charging. All OutBack Power products with integrated battery charging have temperature compensation systems built in which benefit from the installation of the RTS (included with inverter/chargers). With the RTS you can make sure that your OutBack Power System knows the precise battery temperature, so it can recharge your batteries safely and efficiently. With 5,0 m cable

Renusol Console+ Fast, simple, cost-effectiveFor mounting of photovoltaics on flat roofs and ground areas. If your are looking for the optimal solution for medium to large sized PV systems on flat surfaces, this system will convince you. The unique mark of the ConSole+ is the use of ballasting through the weight of gravel, quarry tiles or similar material, so that the roofing or the underground remain intact. This results in very easy planning, extremely short mounting times, and secure support. ConSole+ is made of 100% chlorine-free polyethylene, which gives the robust system longevity. At the same time, the slight weight and the stackable shape offer great advantages for logistics and warehousing and during installation. ConSole+ is stable and durable and stands out through especially easy handling. Flat-roof mounting, without anchoring, without damaging the roofing Also suitable for ground mounted installations Especially for landfills, rocky undergrounds and conversion sites Available for most sizes of solar modules Aerodynamic version support angle at 15° with wind deflector Free positioning of the modules Optimal load distribution without concentrated loads Complies with fire prevention measures according to DIN EN 13501-1:2010-01 class E Low product weight, depending on type between 7.9 and 9.9 kg  

SMA Energy Meter Universal recording of measured values for intelligent energy Management The powerful measurement solution for intelligent energy management within the SMA Smart Home: The SMA Energy Meter takes phase-exact and balanced electrical measured values as a grid feed-in and purchased electricity meter and communicates these values via Speedwire. Thanks to its ability to quickly acquire measured values, the SMA Energy Meter is the ideal supplier of data for intelligent energy management within the SMA Smart Home. All PV generation data, purchased electricity and grid feed-in can be transmitted via standard Ethernet cable to the Sunny Home Manager, for example, or to the Sunny Boy Smart Energy. This, in turn, facilitates optimal energy monitoring, effective load and battery management and reliable active power limitation at the grid feed-in point while taking self-consumption into account. Easy-to-Use     Quick plug and play installation     Graphic visualization of current measured values in Sunny Portal Flexible     Space-saving top-hat rail mounting in household distribution thanks to compact enclosure     Use of standard Ethernet cables for Speedwire communication     Universal deployment options regardless of existing energy meter     Easily and flexibly combined with SMA Smart Home components High Performance     Fast three-phase reading of measured values for effective energy management    Fast Speedwire communication  

SMA Home Manager 2.0 The control center for smart energy management Everything’s in position for efficiently using solar energy. The Sunny Home Manager 2.0 offers all functions for seamless PV system monitoring, smart energy management and an integrated energy management solution, the SMA Smart Home. As a result, PV system operators have an overview of all relevant energy flows in the home. Using the individualized recommended actions, they can make decisions about when to use their solar power best. In particular, the Sunny Home Manager 2.0 is key to automated integration of controllable loads and also serves as energy manager in storage systems with the Sunny Boy Smart Energy or Sunny Island. System monitoring with the Sunny Home Manager 2.0 Every residential PV system can be conveniently and seamlessly monitored with the Sunny Home Manager 2.0. After a simple commissioning procedure using the installation wizard, all basic functions are available via Sunny Portal. The PV system operator can use the live display to quickly get updated on energy home management. The data is updated every ten seconds, thereby playing a key role in helping to secure yield from the PV plant. In this process, the energy values for PV generation, purchased electricity and grid feed-in are registered from the connected power meters via various interfaces.     Transparency for all household energy flows     Free of cost PV system monitoring secures ideal yield from the PV plant     Easy commissioning thanks to installation wizard     Immediate e-mail notification in the event of a failure     Power and energy values instantly visible with live display     Display of battery charging and discharging Energy management with the Sunny Home Manager 2.0 Energy management in the SMA Smart Home is not a static and pre-defined process, instead the Sunny Home Manager 2.0 looks around and thinks for itself. For example, it uses the local weather forecast to calculate how much solar power is expected to be available over the course of the day. Even more, the Sunny Home Manager 2.0 learns the typical time at which household appliances are operated (load profile) and takes this into account in its calculation for energy management. The result: Thanks to the recommended actions provided, system operators receive guidance when and for how long they can use the solar power — optimally. For example, to start the washing machine. Thanks to this unique service, PV plants with Sunny Home Manager 2.0 reach a higher level of self-consumption, which is specifically important in Germany. Furthermore, time-of-use electricity tariffs are considered, the system is well prepared for future changes of the electricity supply conditions.     Individualized recommended actions result in optimized use of solar power     Support in reducing energy costs by precisely understanding household energy flows     Higher yields and a quicker return on investment through increase of self-consumption rate     Up to ten percent lower power consumption while optimizing your self-consumption rate     Storage system battery is charged at the ideal time Load control with SMA Smart Home The Sunny Home Manager 2.0 integrates controllable loads fully in accordance with the PV system operator’s individual requirements. Specifically, this means that common household appliances, such as washing machines or dishwashers, can be switched on or off remotely. This takes places either via the SMA radio-controlled socket for usual appliances or via data connection (Ethernet) for Smart appliances, i.e. for heat pumps from Stiebel Eltron, Tecalor or other white ware from Miele.This not only further increases self-consumption, but also helps users to record the specific load profiles of individual appliances, thereby helping them to identify electricity guzzlers.     Increase of self-consumption rate through automated load management     High convenience: Controllable loads are automatically turned on at just the right moment     Transparency: Electricity guzzlers can be identified through suitable visualisation of power measurement data     Detailed display of the energy mix comprising solar energy, battery power and purchased electricity  

Steca PA 15 The Steca Tarom and Power Tarom charge controllers send out signals (125 kHz on 300 Baud) which are modulated on the DC cable and received by the Steca PA 15 remote control.These signals contain information on the batteries' state of charge (SOC). The Steca PA 15 features five different operating modes (see below) which can be set using five different jumper positions. The maximum switching capacity of 15 A can be increased with a Steca PA EV200 DC relay to up to 200 A if desired. Product features Receives information on SOC and time (day/night) Load control via priority assignment Adjustable SOC thresholds Connects a maximum of 9 solar arrays in parallel Current surge switch function Electronic protection functions Switches off load if there is no signal Reverse polarity protection by internal fuse Overtemperature and overload protection Operation Configuration by jumpers Modes of operation Management of parallel solar generators When the battery is full, excess energy is redirected to additional loads such as pumps, water heaters Automatic start / stop of diesel or wind back-up generators Night light function Acoustic alarm at deep discharge or overheating  

Steca PA CAB1 Tarcom Steca data cables are used to connect the Steca Tarom and Steca Power Tarom solar charge controllers to a PC via a USB port. This allows direct monitoring of a system without using a data logger. This feature is especially suitable for short-term system monitoring and on-site testing. The most important system information is transferred to the PC in real time and can be conveniently analysed and graphically visualised using the Steca TarCom software.To use this convenient data transfer system a driver and the Steca TarCom software must first be installed on the PC (Download available at www.stecasolar.com).„Tarom RJ45 in“ can be selected under options/settings/extra in the Steca TarCom software menu system. The software then directly accesses the data from the Steca Power Tarom solar charge controller and displays this on the PC.

Steca PA CAB2 Tarcom Steca data cables are used to connect the Steca Tarom and Steca Power Tarom solar charge controllers to a PC via a USB port. This allows direct monitoring of a system without using a data logger. This feature is especially suitable for short-term system monitoring and on-site testing. The most important system information is transferred to the PC in real time and can be conveniently analysed and graphically visualised using the Steca TarCom software.To use this convenient data transfer system a driver and the Steca TarCom software must first be installed on the PC (Download available at www.stecasolar.com).„Tarom RJ45 in“ can be selected under options/settings/extra in the Steca TarCom software menu system. The software then directly accesses the data from the Steca Power Tarom solar charge controller and displays this on the PC.

Steca PA EV 200 Typ B 36/48V The Steca PA EV200 relay increases the switching capacity of the Steca PA 15 remote control from 15 A to 200 A (up to 10 kW). The relay is connected to the Steca PA 15 remote control at the load output and, for example, interrupts the battery voltage to a back-up generator when the end-of-charge voltage is reached. The relay is hermetically sealed and operates safely in difficult environmental conditions such as dust, salt and moisture. Product features Low own consumption Ready for connection to the Steca PA 15 remote control  

Steca PA HS 200 The Steca PA HS200/400 is a highly intelligent current sensor with extremely low own consumption.The Steca PA HS200/400 is a highly intelligent current sensor with extremely low own consumption.The Steca PA HS200/400 comes into play when (e.g.) an inverter is directly connected to the battery and the charge controller cannot measure the current consumption. A shunt is also required when an additional generator (e.g. PV, wind or diesel) directly charges the battery. The current is measured contact-free via a Hall-effect sensor. The data is transmitted to the charge controller over a cable connection. All types of current flows can be detected: charge current, load current and battery and DC-side inverter current flows.The Steca PA HS200 has been developed for applications with the Steca Power Tarom. The PA HS400 can be used exclusively with the Steca Tarom MPPT 6000-M.

Steca PA IRS 1008/180 12V Motion detector The Steca PA IRS 1008/180 motion detector is connected to the load output of the night light charge controller. This supplies power to the light, which is then turned on for a few minutes when some movement is detected.The Steca PA IRS 1008/180 stands out, above all, with its extremely low own consumption, and is therefore optimal for use in solar power systems.

Steca PA IRS 1008/180 24V Motion detector The Steca PA IRS 1008/180 motion detector is connected to the load output of the night light charge controller. This supplies power to the light, which is then turned on for a few minutes when some movement is detected.The Steca PA IRS 1008/180 stands out, above all, with its extremely low own consumption, and is therefore optimal for use in solar power systems.

Steca PA RC100 Steca PA RC100 remote control allows to program Steca solar charge controllers. The values can be adjusted with the help of switches. After a restart of the charge controller the new settings can be activated by pressing the program-button on the Steca PA RC100. An LED will transfer the values to the controller.  

Steca PA Tarcom 01 The Steca PA Tarcom data logger is connected to the RJ45 interface of the Steca Power Tarom charge controller, or via the Steca PA HS200.The data logger is available in several different versions: as a simple RS232 interface to directly save and read data on the PC or Laptop (Steca PA Tarcom 01), as a data logger with an integrated analogue modem (Steca PA Tarcom RMT), as a data logger with an integrated GSM modem for remote monitoring (Steca PA Tarcom GSM) and as a data logger with an Ethernet interface for connection to a PC network (Steca PA Tarcom Ethernet). The Steca PA Tarcom is delivered with its accompanying software. Product features 4 years maximum storage capacity (1 Mbit) Adjustable logging intervals Stores 8 data sets at programmed intervals Freely programmable alarm states Displays LED shows operating states Interfaces RJ45 communication interface to Steca Power Tarom RS232 serial interface to PC Analogue sensor input e.g. for radiation or wind speed Alarm contact Tarcom software Data transfer by modem or by text message Downloads data from the logger to a PC List of data sets can be exported to MS-EXCEL Graphic visualisation of data sets (values/time) Analyzes energy flows (Ah) within a PV hybrid system Activation and selection of alarm types Setting the interval for calls and for sending text messages Configures the telephone number and text message recipient Tells the data logger at what time it has to call Alarms can be set by text message Certificates Compliant with European Standards (CE) Made in Germany Developed in Germany  

Steca PA Tarcom Ethernet The Steca PA Tarcom data logger is connected to the RJ45 interface of the Steca Power Tarom charge controller, or via the Steca PA HS200.The data logger is available in several different versions: as a simple RS232 interface to directly save and read data on the PC or Laptop (Steca PA Tarcom 01), as a data logger with an integrated analogue modem (Steca PA Tarcom RMT), as a data logger with an integrated GSM modem for remote monitoring (Steca PA Tarcom GSM) and as a data logger with an Ethernet interface for connection to a PC network (Steca PA Tarcom Ethernet). The Steca PA Tarcom is delivered with its accompanying software. Product features 4 years maximum storage capacity (1 Mbit) Adjustable logging intervals Stores 8 data sets at programmed intervals Freely programmable alarm states Displays LED shows operating states Interfaces RJ45 communication interface to Steca Power Tarom RS232 serial interface to PC Analogue sensor input e.g. for radiation or wind speed Alarm contact Tarcom software Data transfer by modem or by text message Downloads data from the logger to a PC List of data sets can be exported to MS-EXCEL Graphic visualisation of data sets (values/time) Analyzes energy flows (Ah) within a PV hybrid system Activation and selection of alarm types Setting the interval for calls and for sending text messages Configures the telephone number and text message recipient Tells the data logger at what time it has to call Alarms can be set by text message Certificates Compliant with European Standards (CE) Made in Germany Developed in Germany  

Steca PA Tarcom GSM The Steca PA Tarcom data logger is connected to the RJ45 interface of the Steca Power Tarom charge controller, or via the Steca PA HS200.The data logger is available in several different versions: as a simple RS232 interface to directly save and read data on the PC or Laptop (Steca PA Tarcom 01), as a data logger with an integrated analogue modem (Steca PA Tarcom RMT), as a data logger with an integrated GSM modem for remote monitoring (Steca PA Tarcom GSM) and as a data logger with an Ethernet interface for connection to a PC network (Steca PA Tarcom Ethernet). The Steca PA Tarcom is delivered with its accompanying software. Product features 4 years maximum storage capacity (1 Mbit) Adjustable logging intervals Stores 8 data sets at programmed intervals Freely programmable alarm states Displays LED shows operating states Interfaces RJ45 communication interface to Steca Power Tarom RS232 serial interface to PC Analogue sensor input e.g. for radiation or wind speed Alarm contact Tarcom software Data transfer by modem or by text message Downloads data from the logger to a PC List of data sets can be exported to MS-EXCEL Graphic visualisation of data sets (values/time) Analyzes energy flows (Ah) within a PV hybrid system Activation and selection of alarm types Setting the interval for calls and for sending text messages Configures the telephone number and text message recipient Tells the data logger at what time it has to call Alarms can be set by text message Certificates Compliant with European Standards (CE) Made in Germany Developed in Germany  

Steca PA Tarcom RM / RMT The Steca PA Tarcom data logger is connected to the RJ45 interface of the Steca Power Tarom charge controller, or via the Steca PA HS200.The data logger is available in several different versions: as a simple RS232 interface to directly save and read data on the PC or Laptop (Steca PA Tarcom 01), as a data logger with an integrated analogue modem (Steca PA Tarcom RMT), as a data logger with an integrated GSM modem for remote monitoring (Steca PA Tarcom GSM) and as a data logger with an Ethernet interface for connection to a PC network (Steca PA Tarcom Ethernet). The Steca PA Tarcom is delivered with its accompanying software. Product features 4 years maximum storage capacity (1 Mbit) Adjustable logging intervals Stores 8 data sets at programmed intervals Freely programmable alarm states Displays LED shows operating states Interfaces RJ45 communication interface to Steca Power Tarom RS232 serial interface to PC Analogue sensor input e.g. for radiation or wind speed Alarm contact Tarcom software Data transfer by modem or by text message Downloads data from the logger to a PC List of data sets can be exported to MS-EXCEL Graphic visualisation of data sets (values/time) Analyzes energy flows (Ah) within a PV hybrid system Activation and selection of alarm types Setting the interval for calls and for sending text messages Configures the telephone number and text message recipient Tells the data logger at what time it has to call Alarms can be set by text message Certificates Compliant with European Standards (CE) Made in Germany Developed in Germany  

Steca PA TS-S The Steca PA TS10, Steca PA TSIP10 and Steca PA TS-S external temperature sensors are used for monitoring the battery temperature.All Steca solar charge controllers have an integrated temperature sensor that makes them capable of adjusting the charging strategy to suit the current temperature conditions. The external temperature sensors are only required when the battery must be installed in a different room to the solar charge controller.The Steca PA TS10 and Steca PA TSIP10 are supplied with a plug for connection to the solar charge controller and ring eyelets for connection to the battery screw.The external temperature sensors are suitable for use with Steca PR 10-30, Steca Solarix MPPT, Steca PR 2020 IP, Steca Tarom 4545 and Steca Tarom MPPT 6000 solar charge controllers.