Max efficiency 98.4%, Battery efficiency 98%
Max. Charge/Discharge Current 50A
Reasonable energy control to increase the proportion of spontaneous use
With BMS system to ensure high battery life
Natural cooling design
Compatible with lead-acid batteries and lithium battery energy storage systems
Remote configuration and upgrade
Three-phase hybrid inverters
3 phase hybrid inverters are at the heart of a solar storage system, enabling a home or business to increase the amount of solar energy used for self-use by storing excess energy during the day. A three-phase hybrid inverter works very similarly to a normal three-phase solar inverter, but also contains a battery inverter charger and connections.
3 phase hybrid inverters , ideal for installation in solar systems with three-phase voltage, commonly used in homes, and in country houses that need a quality three-phase inverter at the best market price. Hybrid three-phase pure sine wave inverter for commercial and residential solar self-consumption systems with three-phase inverters.
Key benefits
Maximum design flexibility for fewer, longer strings
Single supplier for all warranty and service issues, as well as seamless system operation
Quick commissioning of the inverter directly from your smartphone using the App
Excellent reliability with standard 5 years/ 10 years warranty
Panel-level monitoring via built-in Ethernet or Wi-Fi
Advanced safety features, including leakage current protection, PID recovery and integrated arc fault protection
Senergy Commercial inverter include 10~125 KW series. They can be applied to commercial and industrial power stations, suburban and large ground power stations. In response to the demand of increasing PV module current, Senergy upgraded the string current of all inverters to make sure the products can flawlessly adapt to 500W/600W+ high power module applications.
Inverters for commercial and industrial photovoltaics and battery storage
Saving energy costs and reducing CO2 emissions are important issues for businesses. Three effective ways of increasing energy efficiency are: producing and consuming renewable energy with low-maintenance solar PV plants â?? integrating battery storage systems, e.g. to perform peaking â?? and reducing the need for expensive reactive power. senergy new energy offers suitable inverters for all these measures.
Commercial inverter play a vital role in sustainable energy projects. Large solar, wind and battery storage installations use direct current (DC), while office buildings, warehouses and factories use alternating current (AC). Inverters convert DC power into AC power for use by customers. Commercial inverters have the characteristics and technical requirements to handle large energy projects.
Although these powerful solar and battery inverters can still be considered grid-tied, they are not suitable for typical domestic installations.
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Maximum efficiency 97.6%
String current 13A , compatible with high Power modules
150% PV configuration , 110% output overload
IP65 waterproof and dustproof, C5 anti-corrosion Complete with sealing cover for harsh environments.
Natural cooling
Remote configuration and upgrade
Supports export power control
It can be used in various fields, mainly for solar power generation, wind power generation, battery power supply and landscape light power supply.
Over-voltage, short-circuit, overload,overheating, anti-islanding protection, etc.
Multiple inverters can be operated in parallel.
The PV inverters combine sophisticated digital control technology with an efficient power conversion architecture for superior solar energy collection and best-in-class reliability.
A proprietary data monitoring receiver is integrated into the single-phase solar inverter and aggregates the power optimiser performance data from each PV module.
The single-phase inverter with built-in DC switch is lightweight and can be mounted by one person on the bracket provided.
The Single Phase Solar Inverter provides continuous power using solar, AC and battery power. This is a simple, smart solar inverter with an energy storage system for homeowners who want to store energy in batteries for nighttime use or for their own use on demand.
Senergy has over 30 years OEM/ODM experience working with the world top 10 brands in the UPS industry, and more than 18 years leading competency and position in PV inverter R&D and manufacturing in Taiwan. Today, we leverage our OEM/ODM expertise in our cooperation with the leading PV inverters and module manufactures around the globe.Whether we are talking about our largest products or smaller ones, saving space is always on our minds. Space means money and we want to help our customers achieve profitable growth. Our engineers focus their time on design improvements to compress product size or create new products that manage more functionality and allow you to reduce the number of components. We are constantly looking for ways to integrate products or use new materials to provide more value in less space. Whether by ensuring reliable products or developing products that can be safely maintained while operating or monitoring for potential failures, Senergy wants to help its customers optimise the efficiency of their operations by awarding certification to major standards around the world.
We offer:
Standard procedures for diversified ODM cooperation patterns and rapid customization system
Standard production line platforms with personalized product appearance and accessories
Tailored products based on quality proven product platform
Quick product solutions with selectable customization menu
Differentiated products to avoid excessive business conflicts in the region
High quality delivered with the manufacturing expertise in Taipei and competitive price with Chinese mainland's supply chain
100-110kW three-phase series string inverter adopts a 10 MPPT design to provide a more flexible configuration scheme with a smaller environmental impact rate and higher generation efficiency. Anti-resonance, supporting over 6MW parallelled in one transformer, Strings intelligent monitoring, Smart I-V Curve Diagnosis supported
Solis 1P4K 4G- 1P6K 4G inverter is designed for residential PV plants. The maximum input current per string is 14A, which is compatible with high-efficiency modules and bi-facial modules. The compact and lightweight design, bring easy installation. The protection level is increased to IP66. Integrated AFCI function can proactively reduce the risk of fire.
Solis 25kW and 36kW three-phase series string inverters adopt a 4 MPPT design to provide a more flexible configuration scheme with a smaller environmental impact rate and higher generation efficiency. Whose operation is quiet, just like a whisper, thus creating a more comfortable and friendly working and living environment.
Solis-(60)kW three-phase series string inverter are suitable for the installation of three-phase input pv system of commercial and industrial PV plants. WhoseTHDi3, low harmonic distortion against the grid. Adopt anti-resonance,single transformer can connect 6M+ in parallel. Perfect commercial site monitoring solution, intelligent redundancy fan.
T-Grid False Ceiling consists of a grid work of metal channels in the shape of an upside-down suspended on wires from the overhead structure. Ceiling Frame offers maximum accessibility, economy, and simplicity. It also hot-dipped and its galvanized steel construction provides corrosion resistance and it ensures paint adhesion. Working together with ceiling frame, they are one of the fastest-installing ceiling systems in the industry.
Features
Input voltage range 18V to 40V
Stable output voltage 48V
Maximum output current 30A
100 % burn-in test
Efficiency up to 95%
IP 65 Waterproof ( excluding terminals, LED lights ) , internal glue sealing , anti-vibration, dust-proof
Self-cooling, easy installation
2 years warranty
Over current protection: when the output current is higher than the set value, the output voltage gradually decreases until there is no output voltage.
Over temperature protection: When the case temperature is 85 the power converter stops working, and there is no voltage output.
Low voltage protection: When the input voltage is lower than the set value, the output voltage gradually decreases until there is no output voltage.
Reference standards : EN 61000-6-3 2007/ A 1 2011/ AC 2012 EN 55014-1 2006/ A 2 2011 EN 60950-1 2006/ AC 2011
Wiring Definition
OUTPUT Load positive
GND battery negative / load negative
INPUT battery positive
Product Number
FDE30-24S48
Efficiency
up to 95%
Input Voltage
18-40V DC
Output Voltage
48V DC
Maximum Output Current
30A
Ripple
500mVp ( measured by 20M oscilloscope)
Line Regulation Rate
1 %
Load Regulation
1 %
Voltage Accuracy
2 %
Waterproof Level
IP 65 (except output ports and indicator light)
Dimension 180*127* 63mm
Net Weight
2 kg
Operating Temperature
Warranty
2 years
Above specifications are tested under the room temperature 25 ( derating is required for high temperature above 50 C ).
Features:
Dust-proof, sand-proof, water-proof and vibration-proof dustproof, good environmental adaptability;
Digital preset and display of welding current;
Soft switching IGBT inverter, high efficiency and energy saving;
Suitable for welding with long weld cable;
EMC design, good electromagnetic compatibility.
Model ZX7-400S-X
Product ID 4020010000
Power Supply 3phase 380V10% 50/60Hz
Rated Input Power 20kVA
Rated Input Current 30A
Rated Output Current/Voltage 400A/36V
Rated Duty Cycle 60%
Output Current 40~400A
Open-Circuit Voltage 91V
Cooling Air cooled
Ambient Temperature -40~55
Altitude 1000m
If the altitude is greater than 1000m, the duty circle will decrease
IP Rating IP23
Insulation Grade F
Weight 32kg
Dimensions(WLH)
Olympus converges its latest advancements in high-performance digital circuitry and eddy current flaw detection into one compact and durable portable unit the new NORTE 600. With its crisp and vivid 5.7 inch VGA display and true full-screen mode, the NORTEC 600 is capable of producing highly visible and contrasting eddy current signals in any lighting condition.
The redesigned interface of the NORTEC 600 borrows the intuitive, knob-operated navigation of its NORTEC predecessors and combines it with the simple menu structure and highly efficient direct-access keys of other popular Olympus instruments. Available in four versatile models, the NORTEC 600 offers a wide range of innovative functionalities, including an Application Selection menu, an all-in-one display, real-time readings, and signal calibration in Freeze mode, ensuring that inspections are quick and easy for any level of operator.
Reliable and Robust
Based on an already field-proven instrument case, the NORTEC 600 is built for endurance in harsh field conditions. Its casingâ??s durability and resistance to extreme weather makes the NORTEC 600 an instrument you can trust for any eddy current inspection job.
Key Features
Designed to meet the requirements of IP66.
EN-15548 compliant.
Long battery life (up to 10 hours).
Bright, 5.7 inch (14,5 cm) VGA display.
Full-screen option in any display mode.
Improved filters for rotary scanner mode.
Intuitive interface with Application Selection presets.
All-settings configuration page.
10 Hz to 12 MHz frequency capacity.
Automatic internal balancing (BNC connector).
Up to two real-time readings.
True automatic mixing.
Storage capacity of up to 500 files (program and data).
On-board file preview.
ANEL series feedback DC electronic load adopts high-frequency PWM rectification and bidirectional DCDC conversion, FPGA digital control, energy feedback to the grid at full power, more energy-saving, green and environmentally friendly compared with conventional DC load; advanced digital control, ultra-high control accuracy, fast response, wide output voltage range, it can achieve full range of load input from 0V to full scale.
The feedback DC electronic load realizes the DC load function of automatic energy feedback to the grid. Compared with the conventional load, it is more convenient and safe. The conventional load is energy-consuming, and energy is consumed by resistance heating; the feedback DC electronic load is energy-feeding, and the energy is fed back to the grid, green, environment friendly, reliable, safe, featuring outstanding advantages.
Features:
Two-stage circuit of PWM rectification and bidirectional DCDC, achieving load of automatic energy feedback to the grid, energy saving, green and environment protection.
Mainstream high-frequency PWM rectification control, power factor 0.99, THD and injected harmonic current meet the requirements of GB/T14549-93, high-quality energy feedback to the grid.
High-precision output: accuracy of voltage and current: �±0.1% F.S.
Fast dynamic response: response time for 10%-90% sudden applied load and 90%-10% sudden shedding load: â?¤5ms
Optimized bidirectional DCDC conversion, wider range of DC input voltage, 0V-full scale DC input.
CC, CV, CP modes.
Multi protection: input over-voltage/under-voltage, lack phase, output over voltage, IGBT overheat, IGBT over current, over temperature protection, short circuit current-limiting protection.
Built-in EMI filter to filter the interference signal caused by the high-frequency switching process.
Communication and remote control: standard CAN, RS232/RS485 port and remote control software of the upper computer.
Efficiency up to 95% under rated conditions.
Large-screen LCD display, compatible with buttons and touch screen, suitable for operation under various harsh operating conditions.
Screen (key) lock: After the power supply is not operated for more than 5 minutes, the keyboard and input of touch screen will automatically be locked.
Application:
Fuel cell test
Testing of charger and charging pile
Battery pack, battery pack discharge test
Capacitor, super capacitor discharge test
Power electronics test
Energy storage system converter test
Replace conventional DC load
The AN23500(F)/AN23600(F) series DC electronic load is a new DC load launched by Ainuo Instruments, covering voltage of 150V, 600V and 1200V, and the power 150W~48kW. This series of electronic load is mainly used for testing of products in many fields such as new energy vehicle OBC, power battery, charging spot test, power electronics, servo/server power supply, high voltage UPS, photovoltaic, grid energy storage, aerospace and other fields. A new generation of digital controller is adopted, with built-in five modes and a variety of advanced modes, to meet the programming, automated testing and other needs.
Features:
Low power AN23500(F) series stand-alone input power: 600W, 1200W, voltage: 150V, 600V
Medium power AN23600(F) series stand-alone input power: 2kW-48kW, voltage: 150V, 600V, 1200V
Multi modes: CC, CV, CP, CR, CCD, LIST, AUTO ï¼?for AN235 seriesï¼?, OCP, OPP, LED (for AN235 series), Short, FLEX, BATY, etc.
Excellent performance indicators: accuracy of loading and measuring: 0.05%+0.05%FS (for AN235 series), dynamic loading frequency of 50kHz (for AN236 series)
CV loop adjustable, adapt to different power sources (for AN236 series)
500kHz high-speed voltage /current sampling (for AN236 series)
Instant overpower load pull (for AN236 series)
Current rise rate up to 12As (for AN236 series)
Protection: OTP (over temperature protection), OVP (over voltage protection), OPP (over power protection), SCP (short circuit protection), RVP (reverse voltage protection), SSP (remote sampling line unconnected protection), OOP (Power supply, load invalid power-off protection), HWP (patent: hardware forced lock), SWP (patent: software forced lock)
Rich ports: built-in common protocols such as SCPI, MODBUS, and PLC port, suitable for system integration
Simple and practical: full-color LCD screen, clear and beautiful; operation menu, easy to learn and use.
The ANFC series AC power supply adopts FPGA digital control, instantaneous waveform control and high-frequency pulse width modulation (SPWM) technologies. It has the advantages of fast response speed, high output accuracy, and superior waveform quality; it can withstand 3 times the rated current impact ,high capacity and strong load adaptability; adopts modular design concept, small volume and weight, convenient operation and high cost performance. Mainly used in applications such as home appliances, motors and production lines, it is one solution that meets the basic needs of traditional industries and a power supply alternative for equipment upgrades.
Features:
Adopt FPGA digital technology, realize accuracy control and high quality sine wave output;
Operating in over current shock (up to 3 times of rated current)within 2s, start the impact load of 1/3 capacity of power supply directly;
Adjustable voltage and frequency during output status;
Three-phase loading separately, start single phase output by U/V/W fast settings;(Only suitable for three-phase output power supply);
Measurement: voltage, current, frequency, active power;
Online monitoring: monitor IGBT temperature, transformer temperature, fan speed, input voltage and other parameters during output status;
Operating data recorders: keep the record of power supply status and alarm code automatically during alarming;
Voltage range: 1.0-150.0V or 150.1-300.0 V automatic adjustment, or locked at 1.0-300.0V;
Shortcuts groups, power-off memory, shortcuts key and knobs operation;
Fan speed will be adjustable automatically with the temperature of power supply to reduce the noise;
Lock key, user-friendly design, automatically locking without operation for 5 minutes to prevent from operation mistakes;
Standard RS232, optional RS485, GPIB, Ethernet, analog control and other remote communication/control.
The AN61 series AC Power Supply adopts advanced SPWM technology, DSP digital processing technology and high-power switching power supply technology, in the field of AC power supply, it is leading in China and advanced internationally, and thus widely applied for the labs and production lines in power electronics, avionics, IEC standard test and other industries.
AN61 series product possesses excellent power output quality: AC voltage output accuracy 0.4%; degree of distortion less than 0.3%; load effect less than 0.5%; can output AC, DC, AC+DC power and provide AC load, DC load and rectification load with precise power input. It has the ability of offering 6 times peak current and is optimal test instrument of measuring the surge current, and can be used to set the angle of waveform switch for testing the surge current and output holdup time. It can also be used to set the fluctuation ratio of voltage and frequency for scanning the range of power input to be tested.
AN61 series product can simulate abnormal instantaneous rise, instantaneous drop, short circuit, jitter and others of electric supply, with the superposition function of harmonic waves or indirect harmonic waves, simulate the waveform distortion of electric supply, can also provide accurate and quick measurement of power parameters and harmonic waves, such as voltage root-mean-square value(Vrms), current root-mean-square value (Irms), true power, frequency (Hz), power factor (PF), current peak factor (CF) and 40-order current spectrum component.
AN61 series AC Power Supply possesses strong programmable function, can complete the immunity test of IEC61000-4-1(test before certification) /-4-13/-4-14/-4-28 standard. Also, its programmable output impedance, together with the power analyzer, can complete the test of IEC61000-3-2/-3-3 harmonic wave current limit and flicker and is optimal choice of IEC standard test.
Application:
1.Simulate power supply input interference
Pulse, ladder, sequence and other output modes, simulating of any output wave in one step or continuously to simulate grid fluctuation
2.Testing of switching power supply inrush current
Free setting of start/stop angles through the output wave, peak current output up to 6 times, the AN61 series power supply is an ideal device for testing the inrush current of the switching power supply.
3.Free wave amplification
The AN61 series AC test power supply can amplify power of any wave through the specific external port. The customer can record the actual wave on site using the wave recorder, and then send it to the specific external port of AN61 power supply via the wave generator for power amplification, so that the customer can simulate the actual wave on site to test the product under test.
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