ENVIRONMENTAL RESPONSIBILITY
The Internet of Things helps people and businesses in their daily tasks by tracking metrics, automating processes, and optimising performance, which results in reduced energy consumption and minimum need in human intervention. That is why IoT is a key technology enabler for green growth, helping to optimise resource usage and decrease negative environmental impact in various sectors.
ENVIRONMENTALLY FRIENDLY SOLUTIONS
Powered by Teltonika
Teltonika contributes to the green growth and sustainability efforts of other businesses by providing the necessary technologies. Our products enable real-time data transmission and remote management, improve operational efficiency, optimise energy consumption, and reduce waste, thus improving overall sustainability.
HOW TELTONIKA PRESERVES THE ENVIRONMENT?
The ISO14001 environmental protection certificate
We have implemented an environmental protection management system in the organisation, ensuring a sustainable, systematic approach to reducing our environmental footprint.
We use green energy in production
In 2023, the Teltonika EMS manufacturing plant consumed approx. 267,000 kWh per month, all of which was generated from renewable energy sources.
Teltonika recycles about 60% of generated waste
After improving the quality of waste sorting and finding new plastic recycling solutions, in 2023, 56% of the waste was recycled, 41% incinerated with energy recovery, and 3% ended up in landfill.
We use recycled cardboard boxes
Our products are packaged in recycled cardboard boxes, and we also implement further initiatives to reduce the amount of used paper.
We monitor our GHG emissions
We have achieved significant reductions in Scope 2 emissions by switching to renewable energy sources, cutting greenhouse gas (GHG) emissions fivefold from 2021 compared to 2023.
Excess heat energy does not go to waste
We use excess heat energy from production equipment to heat our premises.
Teltonika is a certified Climate Supporter
The international aviation group Lufthansa Group acknowledged Teltonika as an organisation contributing to the use of Sustainable Aviation Fuel and the implementation of climate protection projects.
ENVIRONMENTAL SUSTAINABILITY IN PRODUCTION
Teltonika's steps towards environmental sustainability goals
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USING SOLAR ENERGY
Since 2021, the Teltonika EMS production facilities use certified renewable energy with guarantees of origin as well as solar energy. The 500kW solar panel system installed on the newly established Teltonika Technology Centre in Molėtai should cover around 50% of energy demand, and the 144kW solar panels installed on the production plant in Vilnius supplies about 10% of demand.
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CALCULATING SCOPE 3 EMISSIONS
To reduce our greenhouse gas emissions as much as possible in the future, we calculate Scope 3 (indirect) emissions produced by our manufacturing facilities. Assessing our Scope 3 emissions helps our company group to understand our full value chain emissions and prepare realistic targets of minimising our carbon footprint.
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BUILDING A SUSTAINABLE PRODUCTION HUB
Teltonika, as part of AGP Investments holding, is on the way to create a Europe-based, sustainable IoT technologies development and manufacturing hub that operates on renewable energy. By having electronics, plastic parts, and PCB factories as well as semiconductor chip assembly, testing, and manufacturing facilities in-house in Lithuania, we will be able to create our devices from chips to the final solutions, controlling the whole production process and all the materials used. This way we will produce low-energy products, ensuring the minimum energy consumption costs. It will also allow us to lower our greenhouse gas emissions related to long-distance shipping.
ELECTRICAL ENERGY STORAGE SYSTEMS – FOR MORE SUSTAINABLE PRODUCTION
The energy from the solar panels installed in our factories will be used even more efficiently – by using electricity storage devices, which were purchased with the support of the joint project “Investment support for energy storage devices”, received after submitting an application to the Lithuanian Energy Agency.
The joint project is implemented under the Economic Recovery and Resilience Plan “Next Generation Lithuania”, financed by the European Union’s Economic Recovery and Resilience Instrument “NextGenerationEU”.