Practices
In response to the current issues of low-temperature capacity attenuation and out-of-control fire at high temperatures in new energy batteries, our project has successfully developed a lithium battery control system that integrates low-temperature and high-efficiency discharge, as well as high-temperature emergency treatment. In low temperature environments, the system activates the lithium battery cell through a large current discharge module to achieve efficient discharge. This activation improves the discharge efficiency of the lithium battery in cold temperatures, allowing electric vehicles to maintain good endurance in cold areas. In high temperature environments, the system monitors the temperature and smoke concentration of the lithium battery in real time using temperature acquisition and smoke acquisition modules. If the lithium battery temperature is too high or if smoke concentration exceeds standard levels, the system will immediately activate a high temperature emergency module to quickly cut off power supply and isolate air. This prevents thermal runaway, fire, explosion, and other safety accidents. The system has been successfully tested in real cars and applied to retired batteries with positive results—improving their utilization rate. This achievement not only provides strong support for developing new energy electric vehicles but also offers an effective solution for mitigating extreme temperatures' impact on lithium battery performance. In terms of decommissioned batteries, this technology addresses accumulation problems by increasing their utilization rate—ultimately improving sustainable development within new energy battery technology.
The transportation sector is one of the main factors of carbon emissions in the world, to reduce carbon emissions in the transportation sector, the development of electric and hydrogen transportation is one of the promising options. Hydrogen cars have received much attention in recent years due to their fast charging time compared to electric cars. The biggest problem in the development of hydrogen transportation is the provision of the hydrogen supply chain. In this project, it has been tried to use the available local resources to supply the hydrogen needed in the study area.
The project solves the problem of building cheap and high-quality housing for all groups of the population
We reached out to our potential clients from film studios, ads agencies and game studios to identify their key video production challenges. The main problems they cited were high costs, lack of qualified personnel, and lengthy timelines. TwinrealityAI's solution addresses the key pain points of video production - our AI-powered platform streamlines the entire process, dramatically reducing costs, eliminating talent shortages, and slashing timelines. This makes professional-grade video content creation accessible to businesses of all sizes.
The Jimei New Town Smart Bus Pilot Project addresses urban transportation inefficiencies and safety issues by implementing a comprehensive vehicle-road-cloud collaboration system. Utilizing 5G, AI, and autonomous driving technologies, it enhances traffic management, improves safety, and promotes sustainable urban mobility.
The problem: Storing oil and petroleum products in reservoirs is associated with inevitable losses in quality and quantity. This is due to: • Evaporation of light fractions: When the tank is breathing (pressure changes), light fractions evaporate, which reduces the quality of the product. • Oxidation of additives: Additives are oxidized in the tanks, which leads to the formation of coagulants that degrade the quality of the product. • Accumulation of substandard layer: A sediment is formed in the tank, consisting of raw water, chloride salts and other impurities that reduce the quality of the product. • Shrinkage - stratification: Petroleum products can be stratified, which leads to the formation of sediment and uneven composition. Implemented solution: The digital quality control and maintenance system EVNAT is an innovative solution to minimize the loss of quality and quantity of petroleum products in tanks. The system provides: • Real-time quality control: Monitoring of parameters (temperature, level, density) and detection of deviations from the norm. • Management of the quality preservation/restoration process: Automated mixing of the product in the tank to give and maintain the uniformity of the product. • Optimization of storage processes: Reduction of evaporation of light fractions and minimization of sediment formation. • Improving efficiency: Reducing losses in the quality and quantity of oil and petroleum products, increasing shelf life, reducing production costs.
Development and production of unmanned aerial vehicles and avionics with a high level of localization of production
Problem: Constantly changing requirements for software, AI, avionics. Shortage of domestic solutions and sanctions risks. Long lead times (about 60 days) and unstable quality of contract manufacturing of composite products. Shortage of production resources in the Russian Federation. Shortage of UAVs leads to losses and accidents for infrastructure holders. Lack of the ability to quickly monitor critical objects. Solution: We develop and manufacture UAVs (up to 1 ton), reverse engineering, patenting developments. We implement import substitution in software, instrumentation, composites and mechanical processing. Expands production, including a PCM workshop, and service services (monitoring) and LIK. Manufactures unique turbojet drones. Works with foreign partners (BRICS) and organizes production franchising.
The concentrations of pollutants in the emissions are constantly different and may exceed established standards. Nowadays instrumental control is carried out after the emission has occurred and periodically. When production placed close to communities, industrial plants, emissions may cause on people’s health. PEMS helps to control emissions and, thanks to artificial intelligence of PEMS, it helps to slow down technological processes or at least to notify technologists in case of any excisions of technological process.
Energy efficiency and environmental friendliness of ultra-thin thermal insulation coatings Bronya
Our company's products are environmentally friendly, preserve the architectural features of buildings, and the result is reduced consumption of thermal energy, making the coated material non-flammable, increasing the service life of structures and the thermal insulation material itself. The problem is the need for energy efficiency and energy conservation measures to reduce or prevent greenhouse gas emissions, which is a crucial issue in the context of global warming and climate change. Moreover, the problem is not only emissions of harmful substances and the thinning of the ozone layer, but also the “heating” of the environment. By 2050, the EU countries plan to become completely carbon neutral. Therefore, environmentally friendly and carbon neutral solutions are significant directions in industry and home ownership. We offer a product that does not “cosmetically”, but really contributes to improving the environmental friendliness of production, reducing heat losses from households, and is also used to impart non-flammable properties to the coated material, which is confirmed by the certificates we have received and the feedback from our customers.
Agriculture, with its allied sectors, is the largest source of livelihood in India. 70% of India’s rural households still depend primarily on agriculture for their livelihood, with 82% of farmers being small and marginal. These small and marginal farmers have limited access to farm mechanization as ownership of farm equipment is highly unviable for them. They are completely dependent on the farm machinery available nearby and the conditions imposed by the rental service providers. The small, dispersed landholdings further hinders the accessibility of farm machinery and serves as a deterrent to the economies of scale for the service providers. Thereby, majority of the small and marginal farmers are compelled to follow inefficient farming practices. To enhance the access to farm mechanization for the small and marginal farmers, in 2018 TAFE launched a unique phygital farmer-to-farmer platform through the CSR initiative – JFarm Services. With estimated 85 lakhs tractors available in India, JFarm Services intends to provide a channel for all farmers across India to access mechanized farming practices. Being a brand agnostic platform, farm machinery from all manufacturers across the world can be listed in JFarm Services. Farmers in need of farm equipment on rent can conveniently book the rental order through any suitable channel- a mobile app or toll free call-center. Also, machinery owners interested to become entrepreneurs can list their tractors and implements, which will be available for hiring by farmers. As per the modus operandi, the rental orders booked by farmers are broadcasted to entrepreneurs nearby through our backend engine. The renter entrepreneurs accepting to service the rental orders are then connected with the concerned farmers. Being a CSR initiative, no listing fee or commissions are charged from the users. The respective rental amount should be paid by the farmer to service provider directly. Through this intervention, farmers have easy access to the required farm equipment resulting in improved yield, thereby taking the farmers forward towards enhancing their income as envisioned by the Government of India. Further, the aggregated demand for mechanization provides immense entrepreneurship scope in rural space for shared economy business models. To provide a comprehensive solution to farmers to enable better income realization, customized training programs are organized for farmers through JFarm Services platform on crop management and machinery maintenance. Further, JFarm Services platform support the farmers to decide the preferred channel of selling their farm produce.
The digitalization of the Moscow Metro's ticketing system targets several issues: - Queues at ticket offices - Time required to pass through turnstiles - Costs of producing paper tickets - The need for unified urban transport - Disadvantages of traditional carriers (e.g. risk of losing a paper ticket) - Overall user experience improvement These issues have driven the continuous evolution of the Metro’s ticketing system, introducing advanced payment methods like biometric fare payments (facial recognition), QR codes, Virtual Troika cards, and the developing Digital Rouble. These innovations integrate all types of urban transport in Moscow.
Rapidly growing technologies and their immediate usage in several economical fields in Russia require approaches for staff preparation. A lack for employees at industrial factories in Russia is being evaluated in amount of 3 million people. The traditional professional education system of Russia offers the graduates only after 4-6 years of education. One of the high crowded industrial areas of Russia – the Special economic zone “Alabuga” (SEZ “Alabuga”) located in the Republic of Tatarstan that hosts more than 20 000 workers and 60 factories on its site and ensures an annual sales revenue of 2 billion USD, has implemented a dual form of staff preparation among students. So in 2019 an engineering educational center “Alabuga Polytech” was created on the territory of SEZ “Alabuga” for young people graduated from schools and started their professional education.
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