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760W / 600W balcony power station complete set tiled roof upright with Hoymiles HM-600 micro inverter

760W / 600W balcony power station complete set tiled roof upright with Hoymiles HM-600 micro inverter

Regular price €614,00 EUR
Regular price €688,00 EUR Sale price €614,00 EUR
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760W / 600W balcony power station Complete set tiled roof upright with Hoymiles HM-600 micro inverterYour balcony power station for your home

Unpack, set up, plug in and save money!
It's that easy to cut the power with the EPP Solar. Our plug & play systems are complete sets and contain a suitable inverter and other accessories in addition to the PV modules.

Why our balcony power plant?

All inclusive packages

Easy to set up - with the help of operating instructions and videos

scope of delivery

2x EPP 380 Watt HIEFF Monocrystalline Solar Panel Black Frame (EPP-380W-B)
1x Hoymiles-600 Inverter (Without WIFI) (HM-600)
1x 10 meters + Schuko plug (EPP-KBL-STKR-10)
1x Vertical tiled roof assembly package for 2 modules (EPP-MTG-ZD-H)
1x Hoymiles AC Connector - Socket (HM-AC-B)
1x Hoymiles AC Socket Cap (HM-AC-VK)

NOTE: If you want to install the inverter between two modules, no additional extension cable is required. However, if you plan to place the inverter further away from the solar panels, you will need to purchase an extension cord.

Assembly package component list

Mounting package for tiled roof edgewise / crosswise

CN system PL system
6x roof hooks 6x roof hooks 3 pcs.
18x flat head screws 6.8*80 12x flat head screws
6x hammer head screws M10*25 including nuts 10x hammer head screws M10*25 with nuts
4x 1.20 m aluminum profiles 40*40 light 4x 1.20 aluminum profiles 40×40 light
2x profile connectors 4x end caps
4x end caps 2x middle clamps 30-42mm with screws
8x self-tapping screws ST4.8*19 4x end clamps 30-42mm
2x fixed middle clamps 35mm with screws 4x hexagon head screws M8x1.5
4x fixed end clamps 35mm with screws 4x slot nuts
2x profile connectors
CN is its own mounting system and PL is another. You can get the components from either PL or CN.

components in detail

EPP 380 Watt HIEFF solar module Black frame

Solar Premium PV modules have an output of 380Wp and one special high module efficiency of 21.41% offers a better energy yield than modules with lower efficiency, even in low light conditions.

The front screen made of tempered glass with anti-reflective coating and the robust black aluminum frame ensure the best stability, even with strong wind (up to 2400 Pa) and heavy snow loads (5400 Pa) .

thanks to the Waterproof class IP68 This portable solar panel works safely in all weather conditions and is perfect for camping and rooftop use.

The innovative technology and the high resilience reliably increase performance and minimize losses due to shading.

HM 600 INVERTER

A 2-to-1 microinverter lets you connect two solar panels, allowing you to generate more power while optimizing your installation. Microinverters convert the power from your solar panels into usable electricity. Single phase microinverters are typically used in residential and small commercial environments. With Hoymiles, you get hassle-free, long-lasting performance with easy installation, premium quality, and low failure rates.

Characteristics:

  • Easy installation with Plug & Play
  • External antenna for stronger communication with DTU
  • Dual MPP tracker increases efficiency
  • High reliability, IP67 (NEMA 6) enclosure, 6000V surge protection
  • peak efficiency of 96.70%;
  • Minimizing the effects of eg shading, dust or aging by MPPT

A notice:

In order to set up a WiFi connection, it is necessary to purchase a separate DTU product so that you can continuously monitor the Hoymiles microinverter.


Did you know that electricity costs in Germany increased by more than 73% since 2000? But what will happen in the future?

Many power plants will be closed in the next few years while demand from e-mobility increases.

RISING ELECTRICITY COSTS = MORE SAVINGS

frequently asked Questions

How does a balcony power plant work?

The balcony power plant system is a compact photovoltaic system. It consists of solar modules and a module inverter for feeding into your own electrical house supply network. Ideally, the module inverter is attached directly to the substructure of the solar module on the outside. The module is connected to the module inverter via standard plugs. Then the 230V output cable of the inverter is connected to any house socket. Complete.

Why should I buy a balcony power plant?

Because it produces part of the electricity required in the household and thus significantly reduces the total expenditure on electricity. In addition, exactly this proportion is not produced in a coal/gas or nuclear power plant in a way that is not harmful to the environment.

How much electricity does the balcony power plant produce?

This depends on the location of the plant. There are computer programs that have saved the empirical values ​​of the last few years for each region in Germany and use them to create a yield forecast with considerable accuracy.

For the Würzburg region, for example, a module with 380 Wp Solar power harvest of approx. 600+ kWh per year .

35 cents gross This module saves approx.

How do I see how much electricity is being produced?

You can purchase an energy cost meter for the socket from us.

Can I disconnect the system from the mains during operation?

Yes, that is possible without any problems. The balcony power plant can be safely disconnected from or connected to the grid at any time.

How is the connection made?

The balcony power plant system can be installed very easily and quickly by anyone with technical experience. No special tools are required for assembly. In some European countries, the balcony power plant system with a Schuko plug can be plugged directly into any socket. In Germany, a fixed connection is required. For simple and proper connection, we recommend using a Wieland power socket.

Do I need a separate balcony power plant for each phase?

No. Electricity meters with a backstop are netting. This means that the electricity generated on one phase is offset against the electricity consumed on another phase. If, for example, you have connected consumers with 1000 watts of power to phase 1 and produce 1000 watts with your balcony power plant on phase 3 of your electricity network, the electricity meter automatically offsets the phases with each other and shows no consumption in total. On the other hand, if you consume 1200 watts on one phase and generate 1000 watts on another phase, the electricity meter only counts the 200 watts that are more consumed. Due to the ver of the electricity meter, it is therefore irrelevant in which of the three phases in your home network you feed in and to which the consumers are connected.

Technical table

product specification

Article 380W
Maximum power (Pmax) 380
Maximum Power Voltage (Vmp) 34.30
Maximum Power Current (Imp) 11.08
Open Circuit Voltage (Voc) 41.60
Short circuit current (Isc) 11.65
Module efficiency (%) 20.86
Maximum system voltage DC 1500V(TUV)
Maximum in-line fuse rating 20A

mechanical data

Article specification
dimension 1755x1038x30mm
Weight 19.5 kgs
windscreen 3.2mm tempered glass
output cable 4mm² / symmetrical lengths 1100mm
connections MC4 compatible IP68
cell type Monocrystalline PERC/ 9BB / 83mm x166mm
number of cells 120 cells (half cell)

Risk Warnings

  • Shipping damage must be reported within 48 hours of delivery.
  • Solar panels larger than 2 square meters are subject to building regulations. Please note this.
  • Items can be returned within 14 days of the delivery date.
  • The buyer is responsible for the electrical connection.

Please note that the 0% tax exemption for photovoltaic items only applies to customers with private installations with a maximum output of up to 30,000 watts. If this does not apply to your order, you must inform us so that we can charge VAT at the rate of 19%.


Sales tax will no longer apply to deliveries of photovoltaic systems from January 1, 2023 if they are installed on or near a residential building (zero tax rate). The regulation applies to all components of a photovoltaic system, e.g. B. photovoltaic modules, inverters or battery storage.

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