
Sermatec high voltage hybrid inverter 10kVa SMT-10K-TL-TH
More info
Application Sermatec. ONLY AVAILABLE ON ANDROID!
/! Update to be carried out exclusively at the request of WATTUNNEED.
It allows users to produce their own energy, to obtain certain economic benefits.
When solar energy is sufficient, the inverter draws energy from the PV station to power consumers, and the remaining power will charge the energy from the batteries. The inverter automatically powers the battery charge.
When the battery energy is depleted, the inverter takes power from the grid, powers consumers and recharges the battery.
This all-or-nothing network inverter can be installed indoors or outdoors.
One-touch adjustment
• Automatic matching
• Multi languages
• Self-diagnosis, maintenance-free
Simple installation
• User manual and installation video
• Modular installation
• International standard cables
Variety
• Compatible with various input sources
• Ufepo4 compatible & lead-acid battery
• Solar, grid and generator access
• On & Off-grid mode switching time less than 10ms, can be used as UPS
• Single-phase and three-phase output for residential and commercial applications
• Flexible to add/modernize more inverters or battery system.
Efficiency
• High efficiency at 99%
• Advanced tracking technology to improve PV station efficiency
• High-precision MPPT control algorithm and INV algorithm enabling grid connection with high efficiency and autonomous energy conversion.
Security
• Self-protection technology
• Wide voltage and frequency input
• IP65 protection
• Automatic air cooling
• Stable operation at altitude, high temperature and very humid environment
Intelligence
• The intelligent management system requires self-operation
• WIFI, CAN, RS485, USB (optional), GPRS (optional) Multiple monitoring modes
New Sermatec: AC Coupling
Maximize your self-consumption, even for old installations
The Sermatec hybrid inverter is connected in parallel to the grid inverter. Photovoltaic energy is first used to power the loads and then to charge the battery, and any excess photovoltaic energy can be fed back into the grid.
View daily and total consumption status
You can look at the consumption coming from your installation
There is an asymmetry between our electricity needs and the production of our solar installation.
As can be seen, theoHybrid nduleur Allows via batteries, the storage of unused production during the day (red line down).
You therefore benefit in the morning and evening from the energy produced throughout the day (red line up).
The yellow highlight indicates the production of energy via the solar panels.
The electricity consumption used on the network is indicated in blue (blue line down).
The reinjection of electricity produced by the panels is injected into the network (blue line upwards).
We will observe a consumption over a day Whole
At 04:00 we use the public network for our energy needs
At 10:00 a.m.: the panels produce 3002 W and the batteries are recharged.
At 2:35 p.m.: We produce (3170 W), the battery consumes 10.60 W and we inject 2665 W into the public network.
At 9:00 p.m.: Using the battery to meet our energy needs.
Visualize the charge level of your batteries
Configurable battery charging range
At 8am on 20/09 the battery east at 30% of its capacity charging, the inverter will start recharging the battery, charging is done at times configurable from the inverter, so you can choose the time slots where We decide to recharge the batteries, once at 100% the inverter no longer sends the energy to the battery but sends the unused energy to the public network. from 7pm The battery starts to discharge / we use the energy of the battery to meet our energy needs. From 7pm The battery starts to discharge / we use the energy of the battery to meet our energy needs.
Software
Application Sermatec To download in the first place. ONLY AVAILABLE ON ANDROID! (exists on Appel store BUT not usable)
Download the application directly by clicking here!
You can find the installation steps in the technical sheets & documents. "Sermatec-FR param Manual"
Connecting to the BMS SC0500 module
CAREFUL: If the Sermatec is connected to the BMS SC0500 Pylontech, cut the White/Orange, Orange and White/Green cable.
Connect the cable into the RS485 port on the BMS.
Example of current and voltage wiring
Characteristics
Product model | SMT-10K-TL-LV |
PV input (DC) | |
PV Power | 14000 W |
PV voltage | 1000Vdc |
Nominal PV voltage | 720Vdc |
PV input current | 12.5 A / 12.5 A |
MPPT voltage range | 200 to 880 Vdc |
MPPT Number | 2 |
Battery-side data | |
Battery voltage range | 180 to 800 Vdc |
Nominal battery voltage | 400Vdc |
Charge/discharge current | 25A/25A |
Network CA data | |
Rated AC power | 10,000 W |
Rated network voltage | 230Vac / 400Vac; 220Vac / 380Vac; 3 / N / PE |
Nominal network frequency | 50 Hz / 60 Hz |
Rated alternating current | 14.5 A |
AC | 16.7 A |
Power factor | 0.8cap ... 0.8ind |
THD | <3% |
Load CA DATA (EPS / UPS / off network) | |
Rated power | 10,000 W |
Nominal AC voltage | 400Vdc; 380Vdc; 3 / N / PE |
Rated current | 10 ms |
Switching time | 50 HZ / 60 HZ |
Peak power at 25 °C | 14.5 A |
Nominal frequency | 16.7 A |
Maxi. Alternating current | 11 kW * 30 min 13 kW * 5 min; 15 kW * 5 s |
THD (Linear Load) | < 3% |
Efficiency | |
MPPT Efficiency | 99,90% |
European efficiency | 97,00% |
Efficiency | 97,60% |
Charging/discharging efficiency | 97,6% / 96% |
Protection function | |
DC reverse polarity protection | Yes |
Anti-islanding | Yes |
Residual current protection | Yes |
AC short circuit protection | Yes |
Overcurrent/AC voltage protection | Yes |
Integrated DC switch | Yes |
Insulation monitoring | Yes |
GENERAL data | |
Size (width X high X depth) | 548 * 550 * 188 mm |
Weight | < 40 kg |
Standby power | < 20 W |
IP Class | IP 65 |
Operating temperature | -25 °C ... + 60 °C |
Altitude | < 2000M |
Noise emission | < 30 dB |
Cooling | Natural cooling |
Interface de Communication | WIFI 、 GPRS (optical) 、 RS485。 |
Display | LED |
Security | |
EN 62109-1: 2010 / EN 62109-2: 2011 / IEC 62109-1 (ed.1) IEC 62109-2 (ed.1) | |
EMC | |
EN 61000-6-1: 2007 / EN 61000-6-2: 2005 / EN 61000-6-3: 2007 / A1: 2011 / EN 61000-6-4: 2007 / A1: 2011 | |
Network connection standard | |
VDE-AR-N 4105: 2018 / NRS 097-2-1: 2017 / EN 50549-1: 2019 / AS / NZS 4777.2: 2015 / IEC 0-21: 2019 / PPDS2018 / IEC 61683: 1999 / RD 1699: 2011 / UNE 206006 / IN: 2011 / UNE 206007-1 / IN: 2013 / NTS 2019 (Type A, PO 12.2 2018-10) / C10 / 11: 2019-09 |
Data sheets and documentation
Specifications
Prosumer | |
MPPT | |
10000 VA | |
2 MPPT | |
IP65 |