with 9 kWh or 18 kWh
When do you need electricity the most? Sure, in the morning when you get up and then again in the evening when everyone is back in the house. But your photovoltaic system only produces during the day - when you need less electricity. So you feed diligently into the grid. And when you need electricity, you have to buy it again. But what if you could now store your electricity all to yourself, available at any time? You and your house would be independent!
innovenergy offers you ecologically harmless salt-based home storage for your PV system:
- 9 kVA (3 x 3 kVA) Inverter power (400 V)
- 9 kWh storage capacity (salidomo© 9) – can be expanded at any time with simple insertion
- Maximising your own consumption through intelligent control
- Monitoring the power situation and and energy analysis via smartphone app or internet browser
- plug & store – turnkey solution with easy installation
The salidomo© is an AC-coupled salt battery storage system that works with all PV inverters. The installed battery inverter capacity is 9 kVA. DC coupling of the photovoltaic system via our MPPTs is also possible. Our sales partners will be happy to advise you.
The battery storage capacity for the two salidomo© is as follows:
- salidomo© 9 = 9.4 kWh
- salidomo© 18 = 18.8 kWh
Up to 80 % usable in normal operation, up to 100 % in emergency power operation.
|salidomo© 9||salidomo© 18|
|Installed photovoltaic system||7 - 10 kWp||9 - 20 kWp|
|salidomo© 9||salidomo© 18|
|Type of system||All-in-one system|
|AC phases||3-phase system (asymmetrical operation)|
|Requirements installation site||dry, indoor and outdoor|
|Fire and personal protection requirements||usual personal protection, no fire protection measures necessary|
|Extension of battery capacity||at any time, old + new batteries can be combined|
|AC installation effort||approx. 1/2 day (depending on local conditions)|
|Dimensions (WxHxD)||715 x 1538 x 680 mm|
|Total weight||185 kg||290 kg|
|salidomo© 9||salidomo© 18|
|Battery type||Salt battery (molten salt or ZEBRA cell)|
|Chemical name||NaNiCl2 (sodium nickel chloride)|
|Expected life (years/deep cycles/shallow cycles)||15 years / > 4500 / > 8500|
|Nominal storage size||9.4 kWh||18.8 kWh|
|Usable storage||approx. 8 kWh||approx. 16 kWh|
|Charging power||≤ 40 A (≤ 2 kW)||≤ 80 A (≤ 4 kW)|
|Continuous power discharge||≤ 150 A (6.5 kVA)|
|≤ 220 A (9 kVA)|
|Maximum C rate (charge / discharge)||0.25 C / 0.5 C|
|Nominal battery voltage||48 V|
|Battery efficiency (standard cycle)||90 %|
|salidomo© 9||salidomo© 18|
|Nominal power (Victron, adapted to salt battery)||3 x 3 kVA / 400 V|
|Overload capacity (max. 5 sec.) of the max. discharge power||18 kVA|
|Galvanic isolation (DC from AC)||yes|
|Inverter safety in PV systems||DIN EN 62109 certified|
|Energy management||Victron ESS adapted to the salt battery by innovenergy|
|Self-consumption optimisation||integrated and configurable|
|Breaking demand peaks (peak shaving)||integrated and configurable|
|Automatic stand-by operation||with unloaded inverters|
|Visualisation, data analysis, energy statistics||Web platform plus app for iOS + Android|
|Battery monitoring||Remote monitoring of each individual battery in real time|
In the event of a grid failure, the photovoltaic power is no longer available. However, the battery system can continue to be used until it is completely discharged. UPS means uninterruptible power supply. This means that in the event of a mains failure, the system automatically switches over in less than 20 milliseconds and continues to function autonomously.
With an off-grid battery storage system, the photovoltaic power continues to be available in whole or in part. The battery can continue to be charged and surpluses are available for consumption in the off-grid system. This extends the period of self-sufficiency from the electricity grid. Here, too, the system switches automatically in less than 20 milliseconds.
The salidomo© is optionally available as an island-capable UPS salt battery storage system. In this case, the system automatically switches to island operation in less than 20 milliseconds in the event of a mains failure and continues to function autonomously. In order for the battery to continue to use solar power without a grid, either a Fronius inverter (SYMO series) would have to be used as the PV inverter or a DC/DC solar charge controller from Victron or Studer.
ATTENTION: The maximum PV power that may be connected to the emergency power output of the salidomo© 9/18 is 9 kW. If DC/DC solar charge controllers from Victron or Studer are used, this power restriction does not apply. For more information on this topic, please contact Victron.
|Mains independence||asymmetrical 3-phase operation|
|Recharging by PV in off-grid operation||DC -> DC: Victron MPPT|
|Separate emergency circuit||≤ 9 kVA freely definable|
|Switchover to off-grid mode||automatic (in under 20 milliseconds)|
- Potential-free contact for switching consumers on and off (charging station, heat pump, etc.)
- Time control for recharging the battery from the mains (calibration 100 % SOC)
- Lifetime-optimised operation of the battery (discharge protection during bad weather periods, consideration of the weather, power limits)
There are no early recycling or disposal fees. However, the transport of the battery to be discarded back to the manufacturer in Stabio/CH must be borne by the customer. There, the complete battery is returned to its raw material cycle.
KFW subsidy in Germany is available with a 10-year current value guarantee.
Provided that the installation and operating conditions are complied with, the salt battery is covered directly by the manufacturer with a time-value guarantee of 10 years. The battery inverters are covered by a 5-year warranty. Everything else is covered by a standard 2-year warranty. The warranty is an device warranty. Travel costs and working hours will be charged separately in the event of replacement or faults, unless you have subscribed to a service contract for the relevant year.
EMC Directive 2014/30/EU: EN 61000-3-2:2014 | EN 61000-3-11:2017 | EN 61000-3-12:2011 | EN 61000-6-1:2007 | EN 61000-6-2:2019 | EN 61000-6-3:2007/A1:2011/C11:2012 | EN 61000-6-4:2019 | EN 55014-1:2017 | EN 55014-2:2015 | EN_IEC 62040-2:2018
Low Voltage Directive 2014/35/EU: EN-IEC 60335-1:2012/A11:2014/A13:2017 | EN-IEC 60335-2-29:2004/A2:2010/A11:2018 | EN-IEC 62233:2008 | EN-IEC 62368-1:2014/A11:2017 | EN-IEC 62109-1:2010 | EN-IEC 62109-2:2011 | EN-IEC 62040-1:2020 | EN-IEC 50438:2014 | EN 62485-1:2018 | EN 62485-2:2018 | UL 1973 2013 Ed.1 | VDE-AR-N 4105:2018-11 | VDE-0126-1-1:2006/A1:2012 | VDE V 0124-100:2019-04 | G99 1-6:09.03.2020 | G98 1-3:03/2019 | EN 50549-1:2019 | EN-IEC 62116:2014 | EN 61439-1:2012 | EN 61439-2:2012 | EN-IEC 62984-1:2017 | EN-IEC 62984-3-1:2017 | EN-IEC 62984-3-2:2017
RoHS (2011/65/EU and 2015/863/EU): EN 63000:2019
If the storage demand increases, another battery can be added at any time (even years later) without any problems. The storage capacity then increases by 9 kWh to 18 kWh total storage capacity. Both batteries can be operated with the three Victon AC inverters.
The salt batteries of the innovenergy storage solution are made of harmless materials: 32 % common salt, 22 % nickel, 22 % iron, 20 % ceramic.
The recycling of the salt battery has been standardised for 15 years. The metals are melted down and returned to the metal industry. The battery is manufactured 100% in Switzerland according to Swiss environmental and labour standards.
The salt battery is absolutely safe - the rooms do not need any fire protection or fire warning devices as the battery is neither flammable nor can it explode. It can also be operated in very cold and very warm rooms (-20° to +60° C) without ventilation or air conditioning. The outside temperature does not affect the storage capacity or the service life.
The battery survives a total discharge without damage. The salt battery has a service life of at least 15 years (10-year guarantee) and is maintenance-free.
The salt battery is extremely robust and is used by the thousands in the telecommunications industry. In industry, it is considered a cheap and safe electricity storage technology in the long term. With innovenergy, this technology is now also available for domestic use and for businesses.
You can find more information under Salt Technology.