Photovoltaics tailored

to your needs

Homes, commercial and large industrial premises, public buildings and apartment buildings

Custom PV systems
Grants

Photovoltaics tailored to your needs

Homes, commercial and large industrial premises, public buildings and apartment buildings

Custom PV systems
Grants

Hot water
heating

  • heating water with solar electricity

  • high efficiency even in winter

  • easy installation

  • we use your existing water heater if it is suitable

  • standalone system

  • works even during a grid power outage

Electricity generation and water heating

  • electricity for immediate use

  • surplus electricity can heat water, storing energy as heat

  • online monitoring of energy generation and consumption

  • use more than 70% of your own generated electricity in your home

Electricity generation with storage

  • generate electricity during the day and store it in batteries

  • battery storage lets you use your own electricity even when the sun is not shining

  • surplus electricity can be used to heat water

  • use more than 70% of your own generated electricity in your building

  • online monitoring of energy generation, storage and consumption

Electricity generation for direct use

  • suitable for commercial and public buildings

  • generated electricity covers immediate demand

  • batteries can be added to balance peak demand and make efficient use of your own electricity

  • backup power for the building or servers during an outage

0 MWp
total capacity we have installed
0 kWh
battery storage we have installed
0 GWh
electricity generated by our installations
0 GWh
annual electricity generation of more than
0 tun
annual CO2 savings, in addition to 9,350 tonnes already saved

We are registered with the Czech Metrology Institute for professional electricity meter installation

The company SATTURN HOLEŠOV spol. s r.o. has been officially registered with the Czech Metrology Institute (CMI) since 22 October 2024 under Section 19 of the Metrology Act as an entity authorised for installation of regulated electrical measuring instruments (registration no. 6201-OR-0013-24). This authorises us to install induction and static electricity meters for alternating current, both directly connected and used with instrument transformers.
For photovoltaic system operators, this expertise is particularly important because meters measuring electricity generated at the terminals, used for example in PV systems receiving green bonuses, may be installed only by persons registered with the CMI, as required by the State Energy Inspectorate during inspections. Our registration and sealing marks 62‑24 and 13-SH give you confidence that installations comply with legislation without the risk of penalties.

SEMS Portal application

GoodWe SEMS Portal provides professional monitoring and management of your photovoltaic system.

The portal includes power output chartsthat clearly display individual metrics and selected values, so you can immediately see how much energy your system is generating.

The portal also provides information about the inverter and energy flows in the building.

You can use the application through a web browser or conveniently on your phone from anywhere.

SEMS Portal application

GoodWe SEMS Portal provides professional monitoring and management of your photovoltaic system.

The portal includes power output chartsthat clearly display individual metrics and selected values, so you can immediately see how much energy your system is generating.

The portal also provides information about the inverter and energy flows in the building.

You can use the application through a web browser or conveniently on your phone from anywhere.

How your project progresses

The usual timeframe is 3–6 months, depending on current workload.

Understanding your requirements        1

Arranging the grid connection agreement        3

Preparing the installation        5

Connecting to the distribution network        7

2        Designing a tailored system

4        Adapting the design to connection conditions and signing the contract

6        Carrying out the installation

8        Generating your own electricity and saving CO2

How your project progresses

The usual timeframe is 3–6 months, depending on current workload.

1  Understanding your requirements

2  Designing a tailored system

3  Arranging the grid connection agreement

4  Adapting the design to connection conditions and signing the contract

5  Preparing the installation

6  Carrying out the installation

7  Connecting to the distribution network

8  Generating your own electricity and saving CO2

Completed installations

Rusava swimming pool PV system
94.5 kWp with 51.2 kWh battery, 2025

Holešov Sports Centre PV system
99.45 kWp, 2024

PP Autocentrum Hranice 
49.95 kWp, 2024

Family home PV system, Všemina
10.8 kWp with 14.2 kWh battery, 2024

Family home PV system, Holešov
6.8 kWp with 10.65 kWh battery, 2024

Family home PV system, Žopy 
10 kWp with 14.2 kWh battery, 2023

Family home PV system, Dobrotice 
9.6 kWp with 14.2 kWh battery, 2023

Family home PV system, Holešov 
7.11 kWp with 10.65 kWh battery, 2023

STK Vincenci Skuteč PV system
45.6 kWp with 45.6 kWh battery, 2023

Střechy 92 Vlachovice PV system 
capacity 81.6 kWp, 2023

Vincenci Velamos Skuteč PV system
76.8 kWp with 76.8 kWh battery, 2023

FVE DOBE-CAR

DOBE – CAR Holešov PV system
capacity 40 kWp, 2023

CPS Holešov
capacity 38.85 kWp, 2022

Přerov PV system
capacity 9.90 kWp, 2019–2020

Servis Vincenci Skuteč PV system
27.5 kWp with 38.4 kWh battery, 2018–2019

Drzewica PV system, Poland
capacity 12 kWp, 2017

Korytná PV system
capacity 26.91 kWp, 2015

Kozienice

Kozienice PV system, Poland
capacity 125 kWp, 2015

KASKO Slavkov PV system
capacity 30.0 kWp, 2013

CTS Kuřim PV system
capacity 19.74 kWp, 2013

PV Auto Prostějov
capacity 29.9 kWp, 2013

Radiotherapy Holešov PV system
capacity 10 kWp, 2013

Family home PV system, Chyše
capacity 30 kWp, 2012

Plastika Kroměříž PV system
capacity 30 kWp, 2012

Valašské Meziříčí

Valašské Meziříčí PV system
capacity 29.9 kWp, 2012

Kopřivnice PV system
capacity 128 kWp, 2010–2011

FORPLAST Skuteč PV system
capacity 43.68 kWp, 2010

Family home PV system, Troubky
capacity 10 kWp, 2010

Family home PV system, Kroměříž
capacity 9.8 kWp, 2010

Zlín

Interhotel Zlín PV system
capacity 42.3 kWp, 2010

Liptál Primary School PV system
capacity 93 kWp, 2010

Family home PV system, Holešov
capacity 11.96 kWp, 2010

Velké Opatovice

Velké Opatovice PV system
capacity 125 kWp, 2010

SATTURN HOLEŠOV spol. s r.o. PV system
capacity 13.8 kWp, 2009

Contact us for a consultation
and a no-obligation quotation!

  • Tailored system design

  • On-site consultation

  • No-obligation quotation

  • We handle grant applications for you

Ing. Jaromír TOMŠŮ ml.Sales Director, Photovoltaics