Direct Gas Fired Calorifer API Energy Direct Gas Fired Calorifer or Water Heater which will generate hot water with an efficiency of 95% and 99.9% depending on the operating conditions compared to conventional systems. Our Temperature Control System will automatically control your heater firing sequence to provide optimum energy efficiency while maintaining product/water temperature to accurately avoid a moisture condensation situation. API Energy Offer Direct Gas Fired Calorifer or Hot Water Features & Benefits 100% stainless steel construction / carbon steel tubes coated to withstand high temperature. Internal hot water storage. Easy access side mounted burner. PLC control and monitoring system. Hot water to 185 degrees F ( Higher on request). Diesel oil, Natural Gas, LPG and Propane fuel systems. Full systems design. Space requirements are minimum. Separate boiler not required. Installation is simplified. Can also be used with solar or heat pump system where oil or gas fired system can be considered as a backup. Direct Gas Fired Calorifer Visit :- https://apienergy.co.uk/product/api-energy-direct-gas-fired-calorifer/

The global EV battery heating system market is projected to register at a moderate-paced CAGR of 18.7% over the forecast period. The EV battery heating system market is currently valued at US$ 3113.6 Million in 2023. By 2033, demand for EV battery heating systems is expected to reach a high of US$ 17289 Million. Thermal management systems maintain the battery's operating temperature. As battery-powered vehicles have become more popular, manufacturers have improved battery heat management. Smaller batteries and faster charging slow the sales of EV battery heating systems. Technological advances in battery heat control are expected to boost the demand for EV battery heating systems. Electric cars have a restricted range per charge due to their batteries. Battery makers have responded by developing fast-charging products. Fast battery charging generates greater heat, which must be managed to prevent cell damage. As the only source of EV traction, batteries operate at high temperatures. Automotive component manufacturers are developing new cooling solutions to handle these batteries' high temperatures, which is likely to boost the growth of the EV battery heating system market over the forecast period. Global countries have set strict vehicle carbon emission standards. Consequently, customer preference has shifted from ICE to BEVs (BEVs). PHEVs, which run on both batteries and IC engines, are also popular globally. The development of automobiles using unconventional energy sources is encouraged by the increased focus being placed on fuel efficiency criteria. As a result, the auto industry is shifting its focus to cars that run on electricity and other environmentally benign fuels. Global demand for an EV battery thermal management system is on the rise owing to rising commercial and consumer vehicle production and improvements in technology. Valeo, for one, has released battery cooling systems and a wide variety of coolers solutions for both plug-in hybrids and fully electric vehicles. Car cabins can be heated, cooled, and dehumidified to perfection with the help of a heat pump system that uses collected ambient energy. For more information: https://www.futuremarketinsights.com/reports/ev-battery-heating-system-market Key Takeaways The Chinese EV battery heating system market is expected to register a CAGR of 14.9% through the forecast period. The U.S. EV battery heating system market is anticipated to hold a market share of 12.5% of the global market. Germany is expected to follow the U.S. in leading the global market with a share of 10.2%. The hybrid electric vehicle segment is expected to hold a share of 4%. Competitive Landscape Numerous local companies contribute to a modest level of fragmentation in the EV battery heating system industry. These market players are making investments, forming partnerships, acquiring other companies, and merging in order to expand their share of the market. Companies are also spending R&D to enhance battery cooling systems, which should enable batteries to run even better and longer. Keeping their prices reasonable is another one of their primary objectives. Key players in the EV battery heating system market include Modine Manufacturing Company, continental ag, gentherm, Dana Limited, Hanon Systems, Valeo, MAHLE GmbH, Robert Bosch GmbH, Grayson, VOSS Automotive GmbH Some Key Recent Developments in the EV Battery Heating System Industry are: NIO's first battery swap station in Germany, located in Zusmarshausen along the A8 highway between Munich and Stuttgart, was officially opened in September 2022. The battery swap station has a maximum daily capacity of 312 power swaps. Before any exchange, we'll check the condition of the vehicle's electric control system, motor, and battery. Singapore-based Oyika Pte Ltd ("Oyika") and Asia's leading green independent power producer and investor, NEFIN Group ("NEFIN"), signed a Memorandum of Understanding (MOU) in September 2022 to encourage the widespread use of electric vehicles ("EVs") throughout Singapore, Cambodia, Malaysia, Thailand, and Indonesia. The Indonesian Ministry of Investment and Investment Coordinating Board (BKPM), PT inked an MOU with Hon Hai Technology Group (Foxconn) in January 2022. (MoU). Sustainable energy ecosystem development in Indonesia is a joint effort by PT. IBC (Industri Baterai IndonesiaIndika Energy Corporation, Indika) and Gogoro Taiwan Limited. Battery technology, electric transportation, and associated businesses is likely to be the ecosystem's primary areas of interest.