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MPPT 75/15 charge controller

Victron

SmartSolar

MPPT 75/15

Slide ΟΛΕΣ ΟΙ ΒΑΣΕΙΣ

για 6 πάνελ

Alumil σε ταράτσα

Βάση στήριξης

SEE THE PRODUCT Slide

CYCLE

DEEP

BATTERIES

Battery Rolls

ΟΛΕΣ ΟΙ ΜΠΑΤΑΡΙΕΣ SEE THE PRODUCT

Our suggestions for this month

DIASYNDEDEMENO_9.72_KWP

9.72KWp interconnected system package

Annual production of 16,000 KWh

PANEL JA SOLAR 270Wp  36TEM
METER ELGAMA 300 + GSM MODEM MCL5
INVERTER: ABB PVI-10.0-OUT-FS
FURTHERMORE: METER BOX
ΔΕΙΤΕ ΤΟ ΠΑΚΕΤΟ
ΔΕΙΤΕ ΠΕΡΙΣΣΟΤΕΡΑ
A_1080Wp 1600VA

Autonomous System Package 1080Wp - 1600VA - 460Ah

Maximum energy production

Summer: 7,56KWh
Winter : 3,78KWh

PANEL JA SOLAR 270Wp, 4PCs
BATTERY: Rolls DEEP CYCLE BATTERIES S6 GC2-HC / S 290 – 293Ah x 8
REGULATOR: Victron BlueSolar MPPT 100/50 
INVERTER: Victron Phoenix Inverter C 24/1600
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ΔΕΙΤΕ ΠΕΡΙΣΣΟΤΕΡΑ

How to built my own autonomous system?

Follow the tips below or use the ready-made form we made for you.

How do I start?

By calculating the consumption of the devices I use in Wh.

Appliance power (W) x Hours of operation(h)/24 hours

EG: 400W heat pump x 2.5h per day = 1000Wh 1000Wh

Battery option

Having calculated the Wh I need I divide by the operating voltage of the battery. I multiply the result by the days of autonomy I want (at least 2) and double again for at least 50% discharge.

EG: 1000Wh/24V= 41.66Ah x 2 days autonomy = 83.32Ah x 2 for 50% discharge 166.66Ah battery

IMG_20191219_101230

How many Photovoltaic panels do I need?

To calculate the power of the photovoltaics I need to know the hours of sunshine per geographical area. (eg Crete 7h summer and average winter 3.5h) and the consumption of my devices (Wh).

For consumption of 1000Wh in winter I need: 1000Wh / 3.5h = 285.7Wp 

Για κατανάλωση 1000Wh καλοκαίρι χρειάζομαι: 1000Wh / 7h = 142,8Wp 

Which charge controller?

From the technical characteristics of charge regulators I choose the one that can control the power of the panels I need.

Converter selection

The inverter must have a power greater than the total of the devices to be operated. (See technical specifications)

How to build my own interconnected system?

Follow the tips below or use the ready-made form we made for you.

How do I start?

Calculating the annual consumption of the supply to KWh.

By calculating the annual consumption of the supply in kWh. We add up the recorded kWp from the provider's billing accounts to see the kWh we consume per year. ( it is good to look back 2-3 years for cross-reference. )

How many kWp of photovoltaic do I need?

Having calculated the  KWh from the provider's billing accounts to see the annual consume ανά εγκατεστημένο KWp.

Indicative :

For Crete 1650 KWh/KWp, for mainland Greece 1550 KWh/KWp for Northern Greece 1400 KWh/KWp.

If for example I need 28000 KWh per year and I am at Crete:

28000 KWh per year / 1650 KWh per KWp for Crete = 16.96KWp Photovoltaics

What is the total power I am allowed to install?

The maximum power that you are allowed to install is determined based on the “Agreed Supply Capacity (KVA)” by the provider per geographical area and is found on the provider's bill.

See where we find the agreed power

See the table of maximum permissible power

IMG_20170601_163220
IMG_20170614_110344

How many Photovoltaic panels do I need?

To see the amount of panels we will install, we convert the KWp needed into Wp. 

EG: 16,69KWp x 1000 = 16690 Wp

Having chosen which panel we want to install we divide by the total power we need by the power of our panel.

EG: panel Jasolar 270 Wp

 16690 Wp / 270 Wp 67.8 pieces

So I will have to install 62 panels of 270Wp

Which converter do I choose?

The inverter that will be chosen must have a nominal power almost equal to and slightly greater than the total power of the photovoltaics that I will install.

If it is smaller it may burn when I have maximum output on my system and if it is too large I may have reduced system performance.

Due to various characteristics that must be checked for the suitability of the inverter in relation to the type and number of panels it would be good to consult our technical team.

What else do you need?

The remaining parts of the system are a panel with lightning protection, cables of suitable cross-section, measuring device and of course the deposit of the envelope to the provider.

Contact our technical team to undertake or assist you with your project

What our customers said

Some comments from our customers as they were relayed to us. We thank them for their trust!
190620121236
Eight years ago we installed a photovoltaic roof, today I know that I had made the right choice for my investment.
Plaitis Manolis
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For the first time I saw such availability during my communication with the technical department to receive the technical information I requested so that I could choose the appropriate products and not make pointless or inappropriate purchases.
Makis
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One of the most complete online shops for photovoltaics with a technical team very willing to help with any question.
Papadakis K.
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I chose to buy the stand-alone system I wanted to install, from this company, when I saw a friend of mine's system that has been operating for 9 years now without ever having paid a single euro!!!
Jiannis M.
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Finally an eshop for autonomous systems that does not deal with second-rate Chinese products but only promotes branded products from serious manufacturers so that we don't have problems!!! Congratulations!!!
Kiriakos A.
CONTACT US

ΕΠΙΚΟΙΝΩΝΗΣΤΕ ΜΑΖΙ ΜΑΣ

    contact info

    Βενιζέλου Σοφοκλή 42,

    Μουρνιές, 73300, Χανιά

    (030) 28210 93960

    info@solar-shop.gr

    Είμαστε στην διάθεσή σας για οποιαδήποτε πληροφορία ή/ και διευκρίνιση.

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