Hoymiles launches 5.000 W microinverter 

MiT 8 in 1 has a 25-year warranty, 4 MPPTs and can operate in temperatures ranging from -40°C to 65°C
hoymiles-launches-microinverter
Product has IP67 degree of protection. Image: Hoymiles/Disclosure

A Hoymiles launched for the photovoltaic market um 8W 1-in-5.000 microinverter – designed for C&I (commercial and industrial) and large residential projects. 

"The MiT (MIT-5000-8T series) from Hoymiles can be a game changer. He has all the power the sector is looking for and it is extremely economical. We’re really excited – it feels like a big step forward,” said the Dr. Yang Bo, CEO & Founder of Hoymiles.

According to him, the equipment has 25 year warranty – a huge step forward, as most traditional inverters currently need to be replaced at least every 10 years. 

This means customers will save in a variety of ways: cost of replacing a microinverter itself, as well as in all associated expenses, from labor costs to energy costs during downtime.

Built-in security

Each product input s two solar s connected in series, which is suitable for applications with safe DC voltage below 120 V/140 V, depending on the MiT version chosen for the project. 

According to the company, this eliminates the number one cause of fires in photovoltaic systems: high voltage DC arcing, so property and personal safety are covered from the start.

According to the manufacturer, the reality is that most roofs are not perfect for solar s: they are generally oriented in various directions and almost always have some shadow areas. 

In the case of traditional inverters, even if a small area of ​​a module is in shadow, this reduces the output power of the entire assembly. Therefore, it is difficult for traditional inverters to fully utilize the available roof area.

“This does not apply to the Hoymiles MiT microinverter. It can be installed on practically any roof, without the need to worry about non-ideal conditions affecting the matrix’s performance”, highlighted the executive.

More performance

To generate maximum power, the MiT has four MPPTs that ensure each PV module generates optimal output. The minimum voltage of MPPT is only 12V, so the microinverter starts working earlier and can work in low light. s get less downtime and more hours generating useful energy and ultimately better ROI. 

According to the company, all of this is possible even in extreme conditions, as the Hoymiles MiT was designed to operate efficiently in temperatures ranging from -40°C to 65°C. Furthermore, the equipment is resistant, with industrial-grade IP67 protection against rain, snow, wind, dirt and dust.

“The MiT was launched at a special dinner on the evening of June 12th in Shanghai, China, and will be presented during SNEC. It will soon be available for the Brazilian market during Intersolar South America, which will be held in August”, concluded Debora Garcez, LATAM Marketing Manager at Hoymiles.  

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Photo by Mateus Badra
Mateus Badra
Journalist graduated from PUC-Campinas. He worked as a producer, reporter and presenter on TV Bandeirantes and Metro Jornal. He has been following the Brazilian electricity sector since 2020.

Answers of 17

  1. Brazil is in a hurry for this super machine, especially in the 110, 127 and 220 tension versions

    1. At this point we will not have a three-phase version, but if the Brazilian market demands it, the equipment may be upgraded in the future.

  2. I just ed the datasheet and I was worried about the maximum current range of 4x20A. The idea is to place two boards in parallel, which would allow 10A per board, which in of current modules would correspond to 500W modules.

    1. In this model, the plates are connected in series and not in parallel. Then it adds to the plate voltage and the plate current is maintained. Example: Two plates with a voltage of 60 V and a current of 18 A. When placed in series, there will be 120 V and 18 A.

  3. 5 kW output will need 4 mppts, good. You will need 1500W modules per input or 3x550W. We want technical data

    1. You know, that's cool... it would be 4 of 1250w... being approximately 612.5w...

      3x550w will give 1650… times 4 of 6600

    2. If you want to connect 3 modules in series per input, the maximum input voltage must be taken into . The datasheet in Portuguese will soon be available on our manufacturers page. Canal Solar.

  4. Great news for the Photovoltaic market.

    What is the initial price estimate for this MIT

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