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As we know, since now the global grid is very unstable, power outage is frequently in many countries, and the electricity cost is also expensive at the peak time. How to get rid of frequent power outages and high electricity bills? Then you will need to install a complete  Greentech home energy storage system for your house.

The shortage of metal materials, chips and labor force caused by the Covid-19 pandemic, as well as the depreciation of the U.S. dollar, have brought huge challenges to the entire world economy.

With energy storage technology playing an ever more important role in our daily lives, one that is set to increase dramatically with the adoption of electric vehicles, availability of the materials to manufacture lithium-ion batteries, their safe disposal and strategies for recycling are increasingly important concerns.

To meet with the diversified marketing needs, GTCAP RD department has newly developed the GTCAP Graphene Supercapacitor batteries - the innovation needed for today’s UPS applications Green Energy.

Large-scale battery deployment was subdued in the first quarter of 2020, but this slowdown was only temporary, as more than 1 GWh was deployed globally in each subsequent quarter. IHS Markit’s latest company and project database report highlighted the fourth quarter in 2020 as a record-breaking period, with more than 2.2 GWh of installations (not including residential). This brought the total in 2020 to over 5 GWh, compared to 3.2 GWh in the previous year.

Recently，Green tech successfully completed the production task of mass customized indoor UPS

Green tech Graphene batteries are perfect choice for your home +energy storage system and SME (Small Medium Enterprise).

Dear valued customers,
We always appreciate your interest to our innovative products power solutions.

GTCAP battery system can be fully charge (100 percent) with 6C rate (ten minutes). This enables the electric vehicles focus on application efficiency and energy consumption to keep its own mobility.

Green tech Super Capacitor Battery  technology is developed based on LTO system. It has characteristics like high electrochemistry safety, resistance of abuse and high capacity retention at extreme temperature. It is the first choice for heavy duty vehicles, such as pure electric and PHEV bus, HEV bus and the energy storage system, including frequency regulation system and BESS for solar and wind mill.

Grid-tied energy storage applications and electric vehicles are riding on a wave of substantial growth. Hence, lithium-ion batteries, a key item for such products, have to be produced at a similarly growing rate. Compared to 2019 production levels, the global production capacity pipeline will skyrocket fourfold, reaching 1.3 terawatt-hours (TWh) in 2030.