
Sermatec 10kW self-consumption optimization kit
INVERTER SELECTION

Adapter le kit

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 of the batteries. The inverter automatically powers the battery charge.
When the battery's energy runs out, 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.
• APP setting
• Automatic match
• Multi-languages
• Self-diagnosis, maintenance-free
• Compatible with various input sources
• Ufepo4 compatible - lead battery
• Solar access, network and generator
• Soon, the ability to put several inverters in parallel (under development)
• On-off-grid mode switching time less than 10 ms, can be used as UPS
• Single-phase, three-phase output for residential and commercial applications
• High efficiency at 99%
• Advanced tracking technology to improve the efficiency of the PV station
• High-precision MPPT control algorithm and INV algorithm allowing a high-efficiency network connection and autonomous energy conversion.
There is an asymmetry between our electricity needs and the production of our solar installation.
As can be seen, the Hybrid inverter allows via batteries, storage of unused production during the day (red line down).
So you enjoy in the morning and evening the energy produced throughout the day (red line up).
The yellow highlight indicates the production of energy via solar panels.
The electricity consumption used on the network is shown in blue (blue line down).
The reinjection of electricity produced by the panels is injected onto the network (blue line up).
We will observe a consumption on a day Whole
At 04:00 we use the public grid for our energy needs
At 10:00 a.m.: the panels produce 3002 W and the batteries recharge.
At 2:35 p.m.: The battery consumes 10.60 W and 2665 W is injected into the public grid.170 W.
At 9:00 p.m.: Using the battery to meet our energy needs.
At 8am on 20/09 battery Is 30% of its Ability charging, the inverter will trigger the recharge of the battery, the charging takes place at hours set up from the inverter, so you can choose the time slots Where it is decided to recharge the batteries, once 100% the inverter no longer sends the energy to the battery but sends the unused energy to the public grid. from 7 p.m. Battery starts to discharge / we use the energy of the battery to meet our energy needs. Starting at 7 p.m. Battery starts to discharge / we use the energy of the battery to meet our energy needs.
Application Sermatec Cloud to download in the first place. AVAILABLE ONLY ON ANDROID!
Download the app directly by clicking here!
You can find the installation steps in the data sheets & documents. "Manual of param Sermatec-FR"
product model | SMT-10K-TL-LV |
PV Entry (DC) | |
Max. Pv Power | 14000 W |
Max. Tension PV | 1000Vdc |
Nominal PV voltage | 720Vdc |
Max. 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 |
Max. current charge/ discharge | 25A / 25A |
Network CA data | |
Nominal CA power | 10,000 W |
Nominal network voltage | 230Vac / 400Vac; 220Vac / 380Vac; 3 / N / PE |
Nominal frequency of the network | 50 Hz / 60 Hz |
Nominal alternating current | 14.5 A |
Max. Alternative Current | 16.7A |
Power factor | 0.8cap ... 0.8ind |
Thd | <3% |
Load CA data (EPS / UPS / off-grid) | |
Nominal power | 10,000 W |
Nominal alternative tension | 400Vdc; 380Vdc; 3 / N / PE |
Nominal current | 10 ms |
Switching time | 50 HZ / 60 HZ |
Peak power at 25 degrees Celsius | 14.5 A |
Nominal frequency | 16.7A |
maxi. alternating current | 11 kW - 30 min 13 kW - 5 min; 15 kW - 5s |
THD (Linear Charge) | < 3% |
efficiency | |
MPPT Efficiency | 99,90% |
European efficiency | 97% |
Max. Efficiency | 97,60% |
Load/discharge efficiency | 97,6% / 96% |
Protective function | |
Protection against CC polarity reversal | Yes |
Anti-islanding | Yes |
Protection from residual current | Yes |
CA short-circuit protection | Yes |
Protection from over-intensities /CA tensions | Yes |
Built-in CC Switch | Yes |
Isolation monitoring | Yes |
GENERAL DATA | |
Size (X-width high X depth) | 548 - 550 - 188 mm |
weight | < 40 kg |
Consumption on standby | < 20 W |
IP Class | IP 65 |
Operating temperature | -25 degrees Celsius ... - 60 degrees Fahrenheit |
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 / CIS 62109-1 (ed.1) CIS 62109-2 (ed.1) | |
Emc | |
IN 61000-6-1: 2007 / IN 61000-6-2: 2005 / IN 61000-6-3: 2007 / A1: 2011 / IN 61000-6-4: 2007 / A1: 2011 | |
Network connection standard | |
VDE-AR-N 4105: 2018 / NRS 097-2-1: 2017 / IN 50549-1: 2019 / AS / NZS 4777.2: 2015 / CIS 0-21: 2019 / PPDS2018 / IEC 61683: 1999 / RD 1699: 2011 / UN 206006 / IN: 2011 / UN 206007-1 / IN: 2013 / NTS 2019 (Type A, PO 12.2 2018-10) / C10 / 11: 2019-09 |
Battery management system used to control LiFePO4 H48050 batteries.
It allows you to efficiently connect and manage the charge and discharge of each battery module.
This model is used in the POWERCUBE X1 high voltage battery.
Model | SC0500-100S |
Related product | X1 |
Controller's operating voltage | 100/430Vdc |
How the VOltage system works | 100/430Vdc |
Charge Current (Max.) (A) | 100 |
Discharge voltage (Vdc) | 100/430 |
Discharge Current (Max.) (A) | 100 |
Auto - Consumer Power (W) | 8 |
Dimensions (L x P x H, mm) | 442*390*132 |
Communication | RS485/CAN |
Protective class | IP20 |
Weight (Kg) | 8.2 |
Device life | 15 years |
Operating temperature | -20/65oC |
Storage temperature | -40/80oC |
Product certificate | TV,CE |
The high-voltage battery module H48050 2.4 KWH Li-Ion is a HESS battery system supplied by Pylontechdeveloped with their own cell in the Phosphate iron and iron Lithium to ensure the best safety value and the most promising life cycle.
• Vertical integration chain;
• Modular design with different densities, suitable for all scenarios;
• Flexible voltage range 150VDC To 1000VDC;
• Its design of the three-layer management system offers the highest reliability;
• Setting up the system Rack or in Container.
Model | H48050 |
Capacity (kWh) | 2.40 |
Nominal tension (Vdc) | 48 |
Nominal capacity (AH) | 50 |
Tension range (Vdc) | 45-54 |
Discharge depth | 80%(10-90%) |
Dimension (L-P-H,mm) | 442*390*100 |
Communication | RS485/CAN |
Protective class | IP20 |
Weight | 24 |
Device life | 10-year-olds |
Lifecycle of the operation | 4000 |
Operating temperature | 0-50 degrees Celsius |
Storage temperature | -20-60 degrees Celsius |
Product certificate | T-V (IEC62619) |
• Comprit with the Sermatec inverter
• Phase: Single Phase
• Operating temperature: -25-60Brand
• Name: ACRELPower
• Supply: ACDisplay
• Type: LCDRated
• Tension: 270VDIY
• Supplies: Electrical accuracy
• Class: Class 1
Prosumer | |
Without | |
48V | |
100Ah | |
Kit with battery | |
5000VA | |
off-grid |