PowerRouter Solar Battery Self-use the PowerRouter > Generate your own energy from solar energy > Store self-generated energy > Use stored energy > Save on energy costs > Monitoring and management via integrated internet connection > Available in 5.0 kw, 3.7 kw and 3.0 kw versions
Self-use - use your energy yourself The Nedap PowerRouter Solar Battery is your personal power plant for self-use. With the PowerRouter Solar Battery, you can use the self-generated solar energy, store it in batteries for later use, and feed the surplus energy into the power grid. The PowerRouter controls where the energy should go. Your personal energy transformation starts with the PowerRouter Solar Battery! 1 6 1. Generated solar energy 2. Consumption 3. Storage in batteries 4. Self-use from batteries 5. Feed the surplus solar energy into the grid 6. Remote monitoring and management 4 3 2 5 Store your own energy - it's your choice You will need batteries to store the self-generated energy. You can connect lead-acid or Lithium-Ion batteries* of various capacities to your PowerRouter Solar Battery. The integrated, intelligent Battery Manager in the PowerRouter Solar Battery is there to charge and discharge the batteries. Lithium-Ion batteries are a relatively new technology and have a very long service life. Compared to conventional lead-acid batteries, Lithium-Ion batteries can be discharged more fully and over a longer period, i.e., they are more efficient and you get more from your battery. Standard lead-acid batteries from all manufacturers can be connected to the PowerRouter Solar Battery. For a summary of the Lithium-Ion batteries that can be connected to the PowerRouter, please visit our website at: www.powerrouter.com. * Check country specific availability with your PowerRouter reseller.
Optimised self-use It does not matter whether you have lead-acid or Lithium-Ion batteries, the PowerRouter Solar Battery is designed to optimise your self-use. To increase your self-use, the PowerRouter has a variety of options to help you save on energy costs. 3-phase compensation For example in Germany, the power grid is 3-phase and power consumption is measured using netted 3-phase electricity meter. The PowerRouter uses a 3-phase current sensor (optional accessory) to compensate the usage from all three phases to a single phase. The aim of so-called 3-phase compensation is to distribute energy in the system so that the netted meter does not measure energy consumed from the power grid. This increases self-use and achieves a higher yield. Energy management use when available The ideal arrangement would be to use solar energy during the day because that is when most solar energy is available. This is easily achieved using the energy-management option for the PowerRouter. It allows you to switch on additional appliances such as a hot water system when you need to by remote control if you prefer. Dynamic feed-in limiter power reduction at 70% Only when all consuming appliances have been supplied with electricity and the batteries are fully charged, surplus electricity will be exported into the power grid. In some situations, however, it is of absolutely no benefit, or not even permissible to feed electricity into the grid. With the dynamic feed-in limiter you can control how much energy is exported into the power grid at the grid connection point after subtraction of self-use. In the same way, the 70% power reduction required in Germany under the terms of EEG 2012, or the 60% required for the storage incentive program, will be achieved. For countries where it is prohibited to feed renewable energy into the grid, such as Spain and parts of Australia; this function is also fulfilled by the dynamic feed-in limiter. Back-up power supply for security in the event of a power cut No more sitting in the dark during a power outage! The PowerRouter Solar Battery switches to stand-alone mode automatically if the power fails and provides the connected devices with power from the batteries or selfgenerated solar energy. When the power returns, the PowerRouter switches back again. Monitoring and management The Nedap PowerRouter Solar Inverter has an Internet connection. Once your installer has connected the unit to the Internet and registered it on the Nedap PowerRouter website, you have access to your system at any time to check the current performance of your solar power system. The online monitoring portal can be used to access data on how much solar energy has been generated and how much is currently being consumed. Manufacturer's warranty It goes without saying that there is a warranty on the PowerRouter Solar Battery. Our manufacturer's warranty runs for 5 years from the purchase date and can be extended by a further 5 years if desired. Please ask your installer.
Technical data PowerRouter Solar Battery - for 24 Vdc lead-acid batteries Order number Output (AC) Continuous rated AC output (P nominal) AC output power Cos Phi Output voltage AC power Peak power (AC local out) Protection Stand-by consumption User interface Connectivity User-selectable relays Solar Max. input Number of inputs Number of MPP trackers DC disconnect switch MPP voltage (under full load) Solar voltage range Solar connections Max. efficiency Max. MPP efficiency Compatibility 24 Vdc lead-acid batteries (wet/ gel), AGM Batteries voltage range Charging current Battery capacity Charging curve Short circuit protection Batteries temperature compensation Batteries voltage measurement Current shunt General Operating temperature Storage temperature Air humidity Legal permits and standards Safety Emission Immunity Grid monitoring Warranty Mechanics Dimensions (WxHxD) Protection category Weight Topology Cooling PR50SB-BS/S24 PR37SB-BS/S24 PR30SB-BS/S24 3.0 kw 5000 W (DE: 4600 W/ AUS: 4900 W) 3700 W (DE/UK/PT: 3680 W) 3000 W 25 A (DE: 22 A) 18 A 15 A 1 (DE, IT: 0.9 ind. 0.9 cap. adjustable) 230 Vac, ± 2%, 50 Hz ± 0.2%, (180-264 Vac, 45-55 Hz, Sine curve <3% THD, single phase) 5000 VA (DE: 4600VA) 3700 VA 3000 VA 1.5 x Pnom., 10 sec.; 1.2 x Pnom., 30 sec. electronically, fused 3 W display with 4 control buttons ethernet RJ45, TCP/IP 2 ready, NO/NC, 250 Vac, 1 A, 24 Vdc, 5 A 3.0 kw 5500 Wp total 4000 Wp total 3300 Wp total and 15 A per string and 15 A per string and 15 A 2 2 1 2, completely independent 2, completely independent 1 4-pole, 600V, 15A 4-pole, 600V, 15A 2-pole, 600V, 15A 180 480 Vdc 140 480 Vdc 220 480 Vdc 100 600 Vdc MC4 94% (93% EU) 99.9% With all modern PV technologies (mono-/polycrystalline and thin film) 3.0 kw 21 31 Vdc 20 155 Adc, 20 155 Adc, 20 125 Adc, programmable programmable programmable min. 100 Ah, with 20 A charging current 3-stage adaptive with maintenance electronic, with max. charging current, switch-off < 1 sec. included integrated integrated 3.0 kw -10 C to +50 C (Power reduction to maintain secure working conditions) -40 C to +70 C maximum 95%, non-condensing CE, VDE-AR-N 4105:2011-08, EEG 2012, C-Tick EN 60950-1, EN 62109-1/-2, EN 60335-2-29, EN 62040-1 EN 61000-3-2, EN 61000-3-3, EN 61000-6-3, EN 61000-3-12 EN 61000-6-2, EN 61000-3-11 VDE 0126.1.1, G83/1(UK), RD1699/2011(ESP), CEI 0-21(IT), AS4777(Aus) (you will find other country-specific certificates at www.powerrouter.com) 5 years (optional: extension to 10 years) 3.0 kw 765 x 502 x 149 mm for indoor use (IP20) 21.5 kg galvanically isolated transformer controlled air cooling
Technical data PowerRouter Solar Battery - for 48 Vdc Lithium-Ion batteries Order number PR50SBi-BS/S48* PR37SBi-BS/S48* Output (AC) Continuous rated AC output (P nominal) AC output power Cos Phi Output voltage AC power Peak power (AC local out) Protection Stand-by consumption User interface Connectivity User-selectable relays Solar Max. input Number of inputs Number of MPP trackers DC disconnect switch MPP voltage (under full load) Solar voltage range Solar connections Max. efficiency Max. MPP efficiency Compatibility 48 Vdc Lithium-Ion batteries Batteries voltage range Charging current Discharge current Short circuit protection Compatibility General Operating temperature Storage temperature Air humidity Legal permits and standards Safety Emission Immunity Grid monitoring Warranty Mechanics Dimensions (WxHxD) Protection category Weight Topology Cooling 5000 W (DE: 4600 W/ AUS: 4900 W) 3700 W (DE/UK/PT: 3680 W) 25 A (DE: 22 A) 18 A 1 (DE, IT: 0.9 ind. 0.9 cap. adjustable) 230 Vac, ± 2%, 50 Hz ± 0.2%, (180-264 Vac, 45-55 Hz, Sine curve <3% THD, single phase) 5000 VA (DE: 4600VA) 3700 VA 1.5 x Pnom., 10 sec.; 1.2 x Pnom., 30 sec. electronically, fused 3 W display with 4 control buttons ethernet RJ45, TCP/IP 2 ready, NO/NC, 250 Vac, 1 A, 24 Vdc, 5 A 5500 Wp in total 4000 Wp in total and 15 A per string and 15 A per string 2 2 2, completely independent 2, completely independent 4-pole, 600V, 15A 4-pole, 600V, 15A 180 480 Vdc 140 480 Vdc 100 600 Vdc MC4 94% (93% EU) 99,9% With all modern PV technologies (mono-/polycrystalline and thin film) 42-56 Vdc 0-75 A 0-100 A electronic, with max. charging current, switch-off < 1 sec. list of suitable batteries can be requested www.powerrouter.com -10 C to +50 C (Power reduction to maintain secure working conditions) -40 C to +70 C maximum 95%, non-condensing CE, VDE-AR-N 4105:2011-08, EEG 2012 EN 60950-1, EN 62109-1/-2, EN 60335-2-29, EN 62040-1 EN 61000-3-2, EN 61000-3-3, EN 61000-6-3, EN 61000-3-12 EN 61000-6-2, EN 61000-3-11 VDE 0126.1.1, G83/1(UK), RD1699/2011(ESP), CEI 0-21(IT) (you will find other country-specific certificates at www.powerrouter.com) 5 years (optional: extension to 10 years) 765 x 502 x 149 mm for indoor use (IP20) 21,5 kg galvanically isolated transformer controlled air cooling * Check country specific availability with your PowerRouter reseller.
About Nedap - technology that matters Nedap, based in the Netherlands, is a manufacturer of intelligent technology solutions for today s challenges. Enough food for a growing population, clean drinking water around the entire world, and smart networks for sustainable energy are just some of the goals Nedap is working towards. Nedap was founded in 1929 as Nederlandsche Apparatenfabriek and has been listed on the stock exchange since 1947. With more than 700 employees, the company is active world-wide. www.nedap.com For more detailed information about the PowerRouter visit www.powerrouter.com info@powerrouter.com www.powerrouter.com 09-2013