We can do more together for our future.

ORIGO STUDIOS is committed to foster and promote a more sustainable and efficient film industry.

We play an active role in raising awareness of the environmental impact of film production and in offering solutions towards a green-friendly approach to our clients.

This page aims to collect the best practices developed and adopted by us and our clients devoted to sustainability in the audiovisual industry.

Green report, 2021 Article by M.I. Nawraz Ph.D Partner events

The tools at GPG were created by the major studios and industry professionals to help you plan, communicate, implement, and track sustainable production practices on your set:

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2026 Milestone

Origo Film Studios Powers the Future:
New Landmark Solar Park Officially Inaugurated

On March 25, 2026, Origo Film Studios reached a defining milestone in its sustainability roadmap with the official handover of our state-of-the-art solar energy park. This multi-megawatt installation represents a significant leap toward our net-zero emissions goal, reinforcing Budapest’s position as a premier, eco-conscious hub for global blockbuster productions. By integrating cutting-edge photovoltaic technology with our existing hybrid energy systems, we are now able to offer an even lower carbon footprint for our partners without compromising on world-class operational power.

This investment is more than just infrastructure; it is a commitment to the next generation of filmmaking. As ESG (Environmental, Social, and Governance) standards become the industry benchmark, Origo Studios provides a turnkey, green solution for studios seeking a sustainable production environment where creativity meets responsibility.

Green report, 2021

CLIMATE PROTECTION AND ENERGY EFFICIENCY

at ORIGO STUDIOS, 2021

Executive report by “Zöldterv” Building Engineering and Building Energy Ltd.

Download the full report

1. Objectives

ORIGO Film Group Filmgyártó Zrt. is committed to the issue of sustainable development, including climate and environmental protection, and thus strives to reduce its carbon footprint in its activities.

Purchase of exclusively "GREEN" district heating service

The district heating provider:

Continuously increases the amount of heat from renewable energy sources, with which it can achieve further emission reductions while ensuring uninterrupted heat demand,
can reduce the use of non-renewable, fossil energy and thus CO2 emissions through the increasing use of renewable energies,
constantly strives to increase its energy efficiency for which purpose it maintains an Energy Management System,
investments and maintenance are carried out to improve the service, which serve the protection of the environment (eg the involvement of renewable energy sources in district heating, the implementation of energy efficiency district heating developments, the establishment of a thermal cooperation system, etc.).

Purchase of exclusively "GREEN" electricity

Our company is committed to environmentally conscious operation and sustainable development, and wants to reduce its ecological footprint. Therefore, we only plan to buy green electricity in the future to meet our electricity needs.

Why do we choose green electricity?

With the “Zölderedet” certificate, consumers can prove that the amount of electricity they use comes in part or in whole from renewable sources. This certificate is a certificate issued by an internationally qualified company based on EU standards.

But there is also an opportunity in the Hungarian market that offers not only green power, but also a green cooperation package. In addition to green electricity, this includes:

green bill, electronic electricity or bill printed on 100% recycled paper,
green communication support: certificate, PR appearance. The certificate can be placed anywhere in printed form; it can be referenced in publications, marketing communication publications and on websites.

2. Current findings of ten years of operation

GHG emissions

The decisive part of our company’s energy consumption is electricity and district heating, therefore our efforts are aimed at continuously increasing the efficiency of the use of these types of energy. The importance of this is underlined by the fact that increasing efficiency also reduces greenhouse gas (GHG) emissions, which is the most important environmental task for all responsible companies today. The GHG emissions of ORIGO Film Group Filmgyártó Zrt. from the last three years are presented in the table below.

It is definitely noteworthy that the use of district heat does not result in GHG emissions locally, because the waste heat from the FKF Nonprofit Zrt Waste Utilization Power Plant is used in the district heating service. Almost half of the heat required for district heating in Hungary – 76% in the capital city – is generated in power plants that produce both electricity and heat energy. As a result, less fuel is required to produce these resources than if they were produced separately.

Heat loss in buildings

District heating is used entirely to heat the main building and the filming sites. As such, the primary goal throughout construction was to keep the transmission heat loss of the building much lower than the permissible value was even ten years ago.

The table below shows the specific heat loss of buildings compared to the permissible “requirement level for nearly zero energy buildings.”

It was demonstrated by a percentage value “shown in the fifth column of the table” that all buildings are highly compliant with the 2021 specific heat loss requirements.

When constructing new buildings, the goal is to achieve a minimum of BB rating, as can be seen in the implementation of warehouses 31, 33.

3. Energy balance

The purpose of this chapter is to define baseline energy indicators and specific values (KPIs) for energy efficiency.

As the basis of our energy consumption, we determined the arithmetic average of the energy consumption values of the last three years (2018-2020).

Electricity

The distribution of electricity consumption over the last three years is shown in the diagram below. We specifically help each production to meet customer needs and be the most energy-efficient operation,. Therefore, with our extensive sub-meter system, one can accurately detect the consumption of each filming location, and even the largest energy consumption can be measured separately.

Gas energy

Our natural gas consumption is entirely determined by the heat production for the kitchen and DHW of the main building.

District heating energy

The distribution of our district heat consumption over the last three years is shown in the diagram below.

4. Preparation of energy efficiency investments

ORIGO Studio’s plans for the next financial period

Replacement of studio luminaires and circuit assemblies
Replacement of outdoor luminaires and circuit assemblies
Replacing office equipment with more energy-efficient ones
Installation of heat pump
Change of attitude
Adjustment
Application of a solar panel system
Electric car chargers

The policies adopted by ORIGO Studios are very satisfactory, cost-effective and environmentally-friendly. They protect the environment by reducing the emissions and utilizing these emissions in a meaningful purpose ,which saves on any extra costs.

Energy security

ORIGO Studios is in a unique position being located next to a waste incinerator, which allows for environmentally friendly operations, so the studio built a 2-steam heat exchanger heating unit on the FKF Waste Utilization site.

The studio uses the steam generated by the waste incinerator located nextdoor. This thermal energy generated by the incinerator is circulated through a steam boiler with the help of heat exchangers to power their heating system. The thermal energy generated by the incinerator would normally be lost, but ORIGO Studios uses this steam to power their very own heating system. The thermal energy generated by the incinerator is circulated through a steam boiler with two heat exchangers, through a 250 DIN diameter pipe on the primary side, to the studio area, where the steam heats the water.

In the studio area, heat energy is transferred to the secondary side through eight heat exchangers, where the heat is distributed to the ventilation system, the thermo fan, the radiator and the fan coil. The thermal energy will eventually reach its destination, warming up studios, offices and warehouses. This not only saves lost energy but also protects the environment, as well as saves on any extra cost that would be needed to generate energy if this alternative was not available.

Emphasis on high technology industries

The primary heat center at the FKF incinerator also generates electricity from waste incineration using steam turbines, which is fed back into the grid. Thus, the electricity used by the studio is renewable energy, as it is produced in the incinerator. The studio also makes sure that the studio lighting uses as little energy as possible. The studio’s exterior lighting system will soon be replaced by LED’s instead of metal halide bulbs.

This is a big step forward as LED bulbs consume 85% less energy than halogen bulbs, while emitting the same amount of light. Six out of the eight studios are already using LED lighting, with the remaining two scheduled to switch from metal halide to LED in the fall. These LED upgrades will result in annual savings of 3-5 million HUF and energy savings.

In the summer, the studio uses liquid air conditioners. These liquid air conditioners work the same way as other air conditioners, except that instead of liquid gas, they cool water, which is pumped to the fan coils and ventilation systems. When cooling, heat is generated on the gas side of the liquid conditioner. Tshis heat energy is used to produce hot water through a heat exchanger, so when cooling, the studio recycles this heat and produces hot water.

Green Filming