How reverse vending works

1. Consumer buys plastic bottle(PET) and pay a deposit.

2. The consumer returns the empty container to a reverse vending machine(RVM)

3. The consumer gets an instant reward receipt or E-Receipt

4. The RVM identifies the beverage containers involved in the deposit return program.

5. Pure pollution-free materials can be used to manufacture new beverage containers or other products

6. Less bottles and cans end up in landfill, sustaining our environment

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3 Years Warranty

We offer 3 years warranty on motherboard.

AI technology

Our robtos‘ camera can accurately identify the shapes of the PET bottle and CAN

Two entrances

User can Deliver bottle and can at the same time, Fast speed

APPs for Andriod and Apple

We can customize Andriod and Apple App, as well as Epayment

Multiple languages

Support for multiple languages

Offer Kits

Customer can buy kits from us and produce metal body and assemble in their city.

customised recycling solutions

Four years experience providing systems for all sizes of enterprise – from small to large

Customized UI

We provide customized UI design, including machine voice

FAQs

Q:What are the specifications and models of SolarBin?

A:We have two sizes of solar powered compactor trash cans, 1100L and 240L. 1100L measures 1750mm long, 1204mm wide and 1927mm high; 240L measures 1540mm high, 750mm long and 850mm wide.

Q:What are the special features of the Reverse Vending Machine L88?

A:The machine is equipped with a code scanner and metal detector and AI recognition function, which can accurately identify whether it is PET bottles or cans, and can put PET bottles and cans into different collection bins.

Q:What is the product warranty policy?

A:We provide 3 years warranty for the motherboard, other parts are 1 year warranty to ensure the quality and performance of the product within a certain period of time. During the warranty period, we will provide free repair or replacement service if the motherboard has any problem of non-man-made damage.

Q: Software development and systems

A:integrationPlease contact engineers for API documentation

Q:The energy consumption we detect in the device is about 0.4 Ah, constantly.This would mean that - without recharging - the battery lasts less than 4 days.However, we cannot rely on a 100% photovoltaic recharge because the containers can be placed in the shade, indoors or under trees.We are therefore worried about having to go too frequently to our customer in Milan (300 km away) to change batteries.So, this is the question.Is it possible to completely turn off the device?We do not need to receive data every 30 minutes, but only when necessary.The device should normally be turned off and only turn on when there are alerts (filling status above threshold, smoke, movement) and once a day to connect to the server.Our devices work like this.They wake up only when there is an alert or when a user identifies himself with the card (in the case of the solar bin, its switching on could be controlled by the drawer opening reed) and on that occasion they measure the volume and, if necessary, perform the related operations.In this way we can contain consumption and make a battery with photovoltaic charging last for years.Please let us know if and how it is possible to set a "normally off" operation for solar bins.

A:Firstly, regarding the MQTT format upload, our engineers have already had in-depth discussions with your engineer ZLAKO. The testing of the MQTT protocol for data upload will start tomorrow. I believe it will be completed within one to two days. Please refer to the attachment. Our mobile APP is also nearing completion of the configuration options for data transmission using the MQTT protocol.Secondly, concerning the " Wake up" issue you mentioned. I plan to use a time-delay relay method. There is a sensor at the door. When the user opens the door, the relay is activated to connect the power supply, and then the motherboard and Android board are powered on. In this way, it won't consume 0.4 amps during normal times. Please see the attachment.I think this solution can solve the difficulties encountered when there is insufficient sunlight in Italy.

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