Intel wins the title and wins the title of 3Q's most influential Internet of Things company in the world

Market research firm IoT AnalyTIcs said on December 25 that Intel was the most influential Internet of Things (IoT) company in the third quarter of 2015. South Korea's Samsung Electronics ranked 9th and LG Electronics ranked 11th.

According to Business Korea, IoT AnalyTIc assesses the impact of more than 2,000 IoT companies worldwide, based on the Internet of Things companies' mentions on websites, news and social media, and the frequency of being tagged on LinkedIn.

At 100% of the full score, Intel won 71%, followed by 67% of IBM, 56% of Microsoft, 53% of Google, 51% of Cisco, and 41% of HP. HP), 29% of Apple, SAP, Samsung, and Oracle are 28%.

According to IoT AnalyTIcs, four companies have been named leaders in the Internet of Things. Intel is a leader in the semiconductor industry, with the Internet of Things platform leading by IBM and Microsoft, and Cisco leading the connection field.

Intel HP teamed up to battle the Internet of Things market

According to foreign media reports, Intel and Hewlett-Packard (hereinafter referred to as "HP") jointly entered the IoT market, including wearable devices, smart appliances and connected cars, which will jointly develop standards for IoT devices. They will also set up three global “solution labs” to help customers accelerate the deployment of IoT solutions and set up three “discovery” labs for companies to test IoT applications and devices.

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Lead Acid vs. Lithium: Safety

Safety is always a primary consideration when designing a solar system, but it becomes even more important when your system is on a boat far from shore, or an RV on a remote road. Different battery chemistries have different risk factors. Obviously, abusing any type of battery can create a dangerous situation. But with normal, and perhaps even a bit of rough treatment, the different batteries have different safety concerns that need to be addressed.

  • Flooded lead acid batteries have an acid and water electrolyte in the battery that has to be checked on a regular basis. During normal charging cycles, this mixture turns into a gas that needs to be vented outside. A buildup of the gas inside a vehicle or vessel can be explosive. Proper ventilation mitigates this concern. The outgassing of the battery is normal, but requires owners to regularly check to see when the electrolyte level gets low from the outgassing. If low, it needs to have more distilled water added. This runs the risk of acid spills if overfilled or overcharged. This requires you to be prepared with proper safety equipment including gloves, safety glasses, and baking soda to neutralize the acid if needed.
  • Sealed lead acid batteries do not have outgassing or electrolyte levels to check, as they do not outgas. Normal battery safety measures should be followed, like checking for tight cable connections, corrosion, and preventing physical damage to the battery itself.
  • Lithium batteries also do not outgas, but certain types (the ones with cobalt, known as lithium cobalt oxide or LCO) can experience thermal runaway – a condition where the battery starts to get hot, which causes it to react to the heat and get hotter and hotter until it catches on fire. LCO batteries are most commonly used in cell phones, hoverboards, and electric cars, and are generally not recommended for mobile applications.

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