When it comes to smart homes, people think more often than to be convenient, comfortable, energy-saving, and safe, and merchants are also attracting users through control and energy saving. And Google shouldn't be that Alphabet has started researching new projects to transform the roofs of ordinary users into solar panels, designed to save energy for home users.
The giants really did a big job. In 2014, they bought the thermostat company Nest for $3.2 billion. Although the development was very low-key, it also pointed out the layout of Google. If the envy of the solar roof is successful, it will mean subverting everyone's energy-saving concept. The average residential building is 25m2, and the power generated is 4 kWh.
If a 20-year lease agreement is used, there will be no cost to install the solar roof. Of course, Google can't make a loss, all the expenses are calculated accurately, such as the actual energy conversion rate of the equipment, the tax policy of different regions, the tax refund regulations, and the local historical weather conditions. In short, all the possible problems have already been Cover it.
Although these costs can be calculated by calculators, the various parameters designed are too complicated, so users don't have to do anything. These Googles have already collected them. Consumers only need to write their own address and the approximate monthly cost. can.
Google evaluates the user's roof, giving the approximate solar panel coverage, orientation, tilt, etc., as well as the impact of the surrounding environment on daylighting. From an economic perspective, this research can indeed bring considerable benefits to consumers, while also reducing the pressure on the government's energy supply.
Our Battery Smart Monitoring system is direct integration of the battery restore solution into computer-based battery monitoring system which combines wireless communication with patented, field-proven battery monitor and analysis technology. It not only has the ability to restore battery, but also has the ability to monitor battery's State-Of- Health(SOH) in real time. It is much more intelligent than Smart Pulse Protector and Pulse Restore System because of it's battery remote management and maintenance function with wireless communication.
It is comprised of 3 base hardware which consists of a monitoring host, several monitoring modules, and several data box modules. Plus 1 software operation system. The monitor parts connected wirelessly with batteries pack and reliably reports battery State-Of-Health(SOH) to the software platform.
The battery monitoring system adopts a inspection module for each battery analysis and monitoring. Through the wireless communication technology, every single battery's SOH data collected by monitor is concentrated into the data box module. The data box module is used to collect the battery's voltage, temperature, internal resistance and current simultaneously. Then transmit all the data to the monitoring host which can do data displaying, analysis, storage, and alarming as soon as abnormal. 
Since the Monitoring system is integrated with Base Site Battery Protector System, The real-time improvement of the battery equalization and small pulse current desulfation, lead to the battery lifespan prolonged up to 2 times. Meanwhile, monitor battery's State-Of- Health(SOH) and State-Of-Charge (SOC) in real time to make sure keeping the back up power system always safe and uptime.
Battery Smart Monitoring System
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Shenzhen Daceen Technology Co., Ltd. , https://www.daceen-sz.com