Photovoltaic power station Ústí nad Labem
268 769 kWh
electricity produced
since January 2017
3 700 kWh
elektricity produced
in 2024
Photovoltaic power station Ostrava
1 569 970 kWh
electricity produced
since September 2019
53 976 kWh
electricity produced
in 2024
CO2 emission savings
17 tons
of co2 saved from
the atmosphere

We are watching CO2

Since 2019, we are watching CO2.

 

The carbon footprint is an indirect indicator of the consumption of energy, products and services. It measures the amount of greenhouse gases that correspond to a company's activities or products in a given calendar year. Procedures for determining GHG emissions are codified in ISO 14064 - Greenhouse Gases, ISO 14067 - Product Carbon Footprint and the international standard GHG Protocol. The measure of the carbon footprint is CO2 equivalents.
For 2023, we have expanded our carbon footprint calculation to include Scope 3. This expanded calculation covers the entire life cycle of our products, from production through transportation to final use and disposal.

 

Carbon footprint 2019

 

Carbon footprint 2020

 

Carbon footprint 2021

 

Carbon footprint 2022

 

Carbon footprint 2023

 

 

It is never too late to start

It‘s up to each of us, how we‘ll decide to help the environment. MALFINI choose the reusable sources of energy and we are taking our part in other environmental friendly activities too. Take a look at what we do and let’s help the planet together!

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Solar panels

Using sunlight to create electric energy not only helps lower CO2 emissions but also lowers energy costs.
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Electric cars

Electric cars are setting new environmental standards and they are likely to replace cars that run on fossil fuels in the future.
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We use solar energy

Besides providing us with light and warmth, solar energy helps us save non-reusable energy sources. We started taking advantage of this at the beginning of 2017.

A photovoltaic system with a peak power of 42,12 kWp was installed on the roof of MALFINI’s administrative building in Ústí nad Labem order to generate electricity from sunlight. The energy supplies ventilation systems, air conditioning and heat pumps (70 kW) with electricity.

Solar energy is one of the most promising sources of energy, and therefore, in September 2019, we launched a unique hybrid photovoltaic system with accumulation in batteries in the logistics centre Ostrava-Kunčičky. The plant's output is 296 kWp, and with an annual production of 280,000 kWh, it will almost cover the need for the storage centre's electric power, including the supply of forklifts.

In 2023, we increased the output of the photovoltaic power plant by another 501 kWp to a total of 797 kWp with an estimated annual production of 750,000 kWh.

Why use solar energy

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Petrol smells bad

Electric cars are setting new environmental standards and in the future they will replace cars run on fossil fuels. Electromobility and renewable energy are part of the transport infrastructure that helps reduce man-made climate change..

So far, electric cars in our garage are Hyundai IONIQ and Hyundai KONA, which, among other things, offers two driving modes: Eco and classic. We plan on acquiring more electric cars in the future. In addition to the existing charging stand in Ústí nad Labem in September 2019, we also added a 30 kWh fast-charging station in Ostrava.

88 Kw
electric motor
power
28 Kw
battery
capacity
12 hours
Home
charging
4 hours
Public charging
stations
30 minutes
80%
quick charge
280 km
Driving
distance
0 g/km
Emissions
CO2

 

For example, the new Škoda Octavia produces 99 to 120 CO2 g / km.

150 Kw
electric motor
power
64 Kw
battery
capacity
28 hours
Home
charging
7 hours
Public charging
stations
47 minutes
80%
quick charge
484 km
Driving
distance
0 g/km
Emissions
CO2

 

For example, the new Škoda Octavia produces 99 to 120 CO2 g / km.

3 points for electric cars

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110 CZK
The cost of a full
charge and drive
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390 places
There are public charging
stations in the Czech Republic
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150 km
Will run on average
on one charge