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Prioritisation of heat sources
The challenge with the system under review is to improve the efficiency of existing gas boilers and, where possible, to produce the necessary heat energy from renewable energy sources (biomass boilers). source: HeatVentors Increasing the share of renewable energy is not only important from a sustainability perspective, but also economically advantageous. DETAILS OF THE PLANNED SYSTEM TYPE: GigaBattery CAPACITY: 1200 kWh MAX. OUTPUT: 4000 kW DIMENSIONS: 38.5 m 3 WEIG


Biomass as a renewable energy source
Biomass is one of the most stable and predictable renewable energy sources, playing a key role in the energy transition and decarbonisation. Its renewable nature stems from the fact that the raw materials used – plant-based by-products, forestry waste, agricultural residues – are part of a natural cycle and are continuously reproduced. source: HeatVentors Based on the natural carbon cycle The use of biomass for energy is part of the biological carbon cycle. During their growt


Decarbonisation – sustainability and competitive advantage
Decarbonisation has become not only an environmental issue, but also a clear business and strategic factor. The volatility of energy prices, the tightening of the regulatory environment and customer expectations together make the shift towards low-carbon solutions inevitable. source: HeatVentors Why is decarbonisation a key issue? Buildings and industrial facilities are responsible for nearly 40% of the European Union's total energy consumption and more than a third of its gr


Waste heat utilization using Intelligent Thermal Battery
In manufacturing processes, a significant amount of waste heat is often generated, and its utilization is of critical importance. In the case under study, the technology is heated using steam produced by a gas boiler. After the heat treatment cycle is completed, the system is cooled down using cooling towers. With the help of thermal energy storage, thermal batteries can store the waste heat from the cooling water flowing into the cooling towers. This stored heat can later be


Waste Heat Recovery
Waste heat recovery is one of the simplest and most effective ways to improve industrial energy efficiency, offering the potential for significant reductions in operating costs. By reusing existing but previously untapped thermal energy, the demand for primary energy sources is lowered, resulting in reduced fuel consumption and lower carbon emissions. This not only supports the achievement of sustainability goals but also provides a competitive advantage through more consciou


HeatVentors secures €4 Million in Series A to accelerate global expansion of intelligent thermal batteries
HeatVentors Kft., a pioneer in intelligent thermal energy storage, has successfully closed its €4.032 million Series A funding round to...


Installing a Thermal Battery instead of purchasing a new chiller
As cooling demands increase, cooling capacity must be expanded by installing either a new chiller or a Thermal Battery. With the...


The hidden costs and risks of summer cooling demands
As summer temperatures reach increasingly extreme levels, the pressure on cooling systems rises dramatically. The growing demand for...


SOLAR & STORAGE
Source: https://www.terrapinn.com/exhibition/solar-storage-live-zurich/English.stm The SOLAR & STORAGE conference will be held in Zurich...


Peak shaving
In the analyzed system, the cooling demand is met jointly by a ground-source heat pump and a chiller. The majority of the cooling load is...


Increasing Peak Performance
Cooling demand is typically determined by engineers based on the design conditions, which are composed of the following main factors:...


Global Warming
The WMO has confirmed that following 2023 (1.45 °C), the year 2024 is now the hottest year on record, with an average temperature...


Development of a Thermal Battery Unit Suitable for Waste Heat Storage and Transportation
The project titled “Development of a Thermal Battery Unit Suitable for Waste Heat Storage and Transportation” (2021-2.1.2-HŐ-2021-00004)...


Heat production where it's most efficient – Utilization where it's needed
Heat transport with the HeatTank Intelligent Thermal Battery – Energy use independent of time and location. In modern energy supply,...


Why is heat transport beneficial? – An efficient, sustainable, and flexible solution for storing and delivering thermal energy
Heat transport opens up new horizons in energy storage and utilization, especially in situations where direct heat generation or a...


Maximum Operational Security When It Matters Most
Whether it's a data centre, a hospital surgery room, or an industrial production line, operational reliability is non-negotiable. In the...


Emergency Cooling for Data Centers
Continuous cooling is critically important for data centers. In the event of a power outage or a failure of the cooling system, it can...


Application of Thermal Batteries in district heating systems
The HeatTank Intelligent Thermal Battery has been integrated into the secondary system of an existing substation, where it can serve the...


Application of Intelligent Thermal Battery in district heating systems.
Intelligent Thermal Battery can support district heating systems in various ways. The main benefits that can be achieved are: 1. ...


Decarbonizing Data Centers: Innovation & Energy efficiency
Source: EIT InnoEnergy “With the surge in global data consumption, data centers have become the backbone of the digital economy. However,...
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