background image

Electrical installation

Electrical connections 

» 

There is a risk of electric shock in the vicinity of the 

      electrical connections of the solar module.

» 

Modules can be connected in series and / or in parallel 

      to obtain the required electrical output, provided the 
      information in the product specifications is followed. 

» 

Use only modules of the same type in a combined circuit. 

» 

Do not disconnect modules under electrical load. There 

      is a risk of electric shock in the vicinity of the connecting 
      elements of the solar modules. 

» 

If you connect the module in series or in parallel (e.g. 

      when using extension cables), the connection of all 
      modules should be identical (with the appropriate plug 
      from the same manufacturer). 

» 

Ensure the firm connection between the plugs. They 

      audibly click into place when they are connected.

PLANNING / ELECTRICAL DESIGN

e.ISP – Energetica 

Integrated Shadow Protection

All Energetica modules have intelligent electronics integrated 

in the module called e.ISP (Energetica Integrated Shadow 
Protection).

Thanks to their 80 percent lower power loss compared to 

conventional Schottky diodes in standard panels, a noticeable 
increase in energy yield is achieved. At the same time, e.ISP 
represents a much more effective protection of the module 
in the event of unforeseen shading and thus optimizes the 
power loss of the modules in the event of shading.

  IMPORTANT SAFETY INFORMATION !!

 

Correct interconnection of the module strings

 In order to reduce high voltages caused by indirect 
 lightning strikes, the area of all conductor loops must be 
 as small as possible. Before commissioning the generator, 
 check the correct interconnection. 
 If the measured open circuit voltage deviates from the 
 specification, there is a connection error. Pay attention to 
 correct polarity.

Return currents

  

Please note the limit values for reverse current resistance 
of our photovoltaic modules according to the data sheet. In 
some cases, inverters can cause very high reverse currents 
in the module field due to their input capacities, which can 
destroy the photovoltaic modules or lead to personal injury 
and property damage.

When selecting an inverter, please ensure that the 
inverters used have reverse current protection!

Your inverter manufacturer can provide you with information 

on this.
If this is not the case, it is imperative to provide an external 
device adapted to the output, which reliably protects the 
module strings from excessively high reverse currents (e.g. 

blocking diode with the appropriate output). In this context, 
please observe the manufacturer's installation instructions.

=

Page 5

e

Summary of Contents for e.CLASSIC M HC

Page 1: ...INSTALLATION MANUAL e CLASSIC M HC e CLASSIC M HC black www energetica pv com V1 o 26 11 2020...

Page 2: ...tion 4 Electrical connections 5 e ISP Energetica Integrated Shadow Protection 5 Series connection 6 Series connection parallel connection 7 General wiring 8 Grounding 8 Module installation 8 Site cond...

Page 3: ...of the photovoltaic modules e Classic M HC e Classic M HC black from Energetica Industries GmbH hereinafter referred to as the PV module Read this manual carefully before starting the installation All...

Page 4: ...GmbH assumes no liability for damage resulting from failure to observe these instructions It is the responsibility of the system installer to observe the wiring and dimensioning of the system as well...

Page 5: ...ding to the industry standard are determined under conditions of 1 000 W m2 Irradiance and 25 C 77 F solar cell temperature The voltage and amperage can be significantly higher at colder temperatures...

Page 6: ...he module when connecting If the return currents exceed the maximum value specified on the type label or in the data sheet a correctly di mensioned and certified overcurrent device fuse or circuit bre...

Page 7: ...represents a much more effective protection of the module in the event of unforeseen shading and thus optimizes the power loss of the modules in the event of shading IMPORTANT SAFETY INFORMATION Corre...

Page 8: ...s or insulation faults but also personal injury and property damage IMPORTANT SAFETY INFORMATION If the module strings are connected in parallel external diodes blocking diodes adapted to the output a...

Page 9: ...ve the desired amperage If the modules are connected in parallel the total ampe rage is the sum of the amperages of the individual mo dules The voltage of all modules connected in parallel should be i...

Page 10: ...the frame of the solar module can be connected and groun ded according to the drawing below All screws and nuts must be tightened with a torque of 4 5 Nm In order to prevent electric shocks or fires p...

Page 11: ...anufacturer s instructions After installation there must be no electrical parts such as cables between the laminate and the substructure Make sure that the plug connections are never in the water Deta...

Page 12: ...ve parts on your body or clothing In order not to damage the module surface clean the modules as follows Remove snow and ice carefully and without effort For example use a soft broom for this Do not s...

Page 13: ...10 mm 210 mm MV3 Point bearing without rail 1 5 210 mm 210 mm 210 mm MV4 Please note the specification of the permissible static load and the clamping range on the following page The installation vari...

Page 14: ...he clamps or plug in profiles do not touch the glass even under load Make sure that the junction box connection cables do not run between the laminate and the rack rails Make sure that the supporting...

Page 15: ...reverse current load 16 A 16 A Acceptable temperature range 40 C bis 90 C 40 C bis 90 C Protection class junction box IP 68 IP 68 Protection class connector Multicontact MC4 IP68 Multicontact MC4 IP6...

Page 16: ...Notes Page 14 e...

Reviews: