Startups

Local energy startup Bataryasan went on a crowdfunding investment tour with a target of ₺4.7 million

The technology and R&D company Bataryasan, which produces software that includes solutions for the energy needs of its current and potential customers, went on a share-based crowdfunding tour with the ‘Portable Power Station’ project.

The technology and R&D company Bataryasan, which produces software that includes solutions for the energy needs of its current and potential customers, went on a share-based crowdfunding tour with the ‘Portable Power Station’ project. The Portable Power Station, which can operate electronic devices such as mobile phones, laptops, TVs, and electric heaters with its products of different power values, stands by the users for all kinds of energy needs thanks to its USB, AC and 12 V DC outputs.

His venture, which will remain in the round on the fundfinder platform until May 12, 2023, demands funds of ₺4.7 million from investors with the supply of 10% of the company shares. The venture company’s goal is to become one of the leaders in the global portable power supply market, which is expected to reach $5.9 billion by 2031.

Free shares will be given to investors in the first 20 days

Announcing that it will give an additional 15% share to investors for investments made with EFT or credit card within 20 working days as of 10:00 am on Monday, 13 March, the start date of the investment tour, Bataryasan will apply a special list price to investors who want to order the V3 version of BT-300 W Portable Power Station. Accordingly, a 10% discount will be provided to investors investing more than ₺10 thousand, a 20% discount to investors investing more than ₺20 thousand, and a 30% discount to investors investing more than ₺30 thousand.

It is used in nature sports and camping as well as natural disasters.

Stating that Bataryasan Portable Power Station is the result of long-term R&D studies, Founding Partner and General Manager Assoc. Dr. According to the information given by Mehmet Fatih Kaya, the products, which are very light and portable thanks to the li-lon technology in them, can be connected to each other with a cable to strengthen their capacity and can be charged quickly with mains electricity for up to one hour. The products, which can be controlled with mobile applications with their advanced interface, can be used for all kinds of energy needs such as camping and outdoor sports, as well as natural disasters such as war, earthquake, fire and flood. The components in the product are Bataryasan’s own products, and it is stated that it is not possible to imitate embedded systems.

It foresees a turnover of over ₺11 million in the next year

Speaking about his goals after the campaign, Associate Professor Mehmet Fatih Kaya said, “Our company is taking firm steps towards its growth targets by making the most effective use of national and international incentive, support and grant programs. In addition to our BT Series V3 products, which we are currently selling, we will make different technological developments in our BT Series V4 product after this campaign and produce a product that appeals to users more in global competition. In the period following the successful conclusion of the campaign, we believe that we will be in a position to meet the current demand in natural disasters such as wars around the world, earthquakes in our country or other special uses by increasing our production capacity and meeting the need for qualified workforce. On the other hand, we foresee that we will reach a turnover of over ₺11 million in the next year, exceeding the 1.2 million turnover we achieved in 2022.”

The initiative, which plans to embark on a second investment round in the field of innovative hydrogen energy systems that provide clean and sustainable energy transformation in the future; In the long term, Bataryasan Stationary (BS) series products with energy above 1MWh aim to be ahead of the competition by developing systems that can both integrate with renewable energy systems and meet the energy needs of container sizes independently of the grid.

Source: Egirisim / Prepared by Irem Yildiz

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