Element 4 is a company that specializes in innovative energy harvesting and storage solutions for the Internet of Things (IoT).

Using Element 4's energy harvesting technology has several advantages. It is cost-effective, reliable, scalable, sustainable, and environmentally friendly. Our technology also eliminates the need for batteries or wires, making it easier to install and maintain IoT devices in various environments.

Element 4 provides tailored energy solutions for a variety of industries, including oil and gas, agriculture, logistics, and more. Our solutions and products are tailored for specific industry applications.

Element 4 Technologies presents a unique investment opportunity that combines innovation, growth potential, and a positive impact on the environment. As an investor, here's what's in it for you: Market Potential: The Internet of Things (IoT) market is rapidly expanding, and as more devices become connected, the demand for efficient and sustainable energy solutions will only increase. By investing in Element 4 Technologies, you'll be tapping into a high-growth market with significant opportunities for returns. Cutting-Edge Technology: Our innovative solutions, such as the Gallium device and Snap and Sense Technology, give us a competitive edge in the industry. We are continually improving and expanding our product offerings, ensuring that we stay ahead of the curve and remain an attractive investment. Environmental Impact: By providing energy-efficient solutions for IoT devices, we are helping to reduce the carbon footprint of the tech industry. Investing in Element 4 Technologies means supporting a company that values sustainability and is actively working to make a positive impact on the environment. Scalability: Our modular approach to energy management allows for seamless integration with a wide range of devices and industries. As our technology becomes more widely adopted, the potential for growth and returns on investment will increase accordingly. Experienced Team: Our team consists of experts in energy harvesting, storage, and management who are dedicated to creating world-class solutions. By investing in Element 4 Technologies, you'll be partnering with a passionate team that has the knowledge and expertise to drive the company's success. By investing in Element 4 Technologies, you will be part of a company that is poised for growth, driven by innovation, and committed to making a positive impact on the environment. Your investment can help shape the future of energy management in the connected world and potentially yield significant financial returns as we continue to expand and thrive.

Element 4 offers investment opportunities for those interested in joining the energy revolution. Contact us for more information on funding rounds and expected returns.

For technical specifications and data sheets for different products, request a technical consultation or partnership opportunities by visiting our website or contacting our team.

Energy harvesting is the process of capturing energy from the environment and converting it into usable electrical power. Our technology uses a combination of solar, vibration, radio frequency, and thermal-electric energy harvesting methods to power IoT devices without the need for batteries or wires.

Gallium is our flagship product, which uses energy harvesting technology to power IoT devices anywhere, anytime without the need for batteries or wires. Gallium features LoraWan communication, low-power consumption, and easy integration.

There have been several reports of forced and child labor in lithium mining operations in countries such as the Democratic Republic of Congo and Bolivia. Additionally, some companies have been accused of exploiting workers by paying low wages and providing poor working conditions.

The Gallium device is a wireless IoT power management solution that can harvest energy from the environment and convert it into usable power for IoT devices.

Gallium works by using energy harvesting technology to collect energy from sources such as solar, vibration, radio frequency, and thermal-electric, and then stores that energy in super-capacitors. The advanced power management algorithms ensure that the stored energy is used efficiently to power the IoT devices.

The benefits of using Gallium include: Cost-effective: eliminates the need for battery replacement and maintenance Reliable: continuous power supply ensures uninterrupted device operation Scalable: can be used for a wide range of IoT applications Sustainable: reduces waste from disposable batteries and lowers carbon footprint Easy integration: designed for easy integration with existing IoT devices

Gallium can benefit a variety of industries such as oil and gas, agriculture, healthcare, logistics, and smart cities, among others.

The lifespan of the Gallium device depends on the energy harvesting sources available in the environment and the power requirements of the IoT device. However, with efficient power management, the Gallium device can provide continuous power for many years.

Gallium is designed for easy integration with existing IoT devices using LoraWan technology. Our team can work with you to provide technical support and assistance with integration.

You can learn more about Element 4 and Gallium by visiting our website or contacting us directly to schedule a consultation or demo.

Snap and Sense technology is a patented external module interface developed by Element 4. It allows a wide variety of modules to connect to the core unit using a 4-wire configuration. This technology is particularly suited to easy-to-connect external interconnects, such as magnetic connectors, to allow snap-on connection of modules. This lowers costs to clients by allowing core units purchased to be repurposed for particular needs through low-cost add ons, or sub-modules.

The Gallium 1.0 is able to utilize four types of energy harvesting technology by integrating multiple energy harvesting modules, each designed to capture a specific type of energy. These modules include a thermoelectric generator, a solar panel, a piezoelectric generator, and a radio frequency (RF) energy harvesting module. The thermoelectric generator converts heat energy into electrical energy, while the solar panel harvests energy from sunlight. The piezoelectric generator captures energy from mechanical vibrations, and the RF energy harvesting module captures energy from ambient radio frequency waves. By combining these different types of energy harvesting modules, the Gallium 1.0 is able to capture and store energy from a variety of sources, maximizing the device's overall energy efficiency and sustainability. This allows for the device to operate for extended periods of time without requiring external power sources, making it ideal for remote or hard-to-reach locations.

Element 4's approach to power management is to use a combination of energy harvesting technologies, energy storage solutions, and advanced power management algorithms to create efficient and reliable power solutions for IoT devices. By utilizing energy harvesting technologies like solar, vibration, radio frequency, and thermal-electric, Element 4 is able to capture and store energy from the environment and use it to power IoT devices without the need for batteries or wires.

The advantage of using Element 4's power management solution is that it provides a reliable and sustainable source of power for IoT devices, even in remote or hard to reach locations. This eliminates the need for frequent battery replacements, which can be costly and time-consuming. Additionally, Element 4's power management solution is highly customizable, allowing for tailored solutions to meet specific needs of different industries and applications.

Element 4 places a strong emphasis on safety and reliability in its power management solutions. All products undergo rigorous testing and certification processes to ensure compliance with industry standards and regulations. In addition, Element 4's power management solutions are designed with built-in fail-safe mechanisms to prevent device damage or failure in the event of power fluctuations or other issues.

Yes, Element 4's power management solutions are designed to be highly compatible and easy to integrate with existing IoT devices. This allows for seamless integration and a simplified development process for clients looking to incorporate sustainable power solutions into their products.

A low power microcontroller is a type of microcontroller that is designed to consume minimal power while still providing the necessary processing capabilities. This is particularly important in battery-powered devices, as it helps to extend the device's battery life.

The primary advantage of using a low power microcontroller is that it helps to extend the battery life of the device. This is particularly important in IoT devices that are designed to operate for long periods of time without requiring frequent battery changes or recharging. Additionally, low power microcontrollers are often more cost-effective and can help to reduce the overall size and weight of the device.

At Element 4, we use a variety of low power microcontrollers, depending on the specific needs of the project. We typically select microcontrollers from reputable manufacturers such as Texas Instruments, Microchip, and STMicroelectronics, and work closely with our clients to identify the best solution for their needs.

At Element 4, we use advanced power management algorithms and techniques to optimize the use of low power microcontrollers in IoT devices. This includes techniques such as sleep modes, which allow the microcontroller to consume minimal power when not in use, and wake-on-event, which allows the microcontroller to be activated only when necessary.

Yes! At Element 4, we specialize in creating customized solutions for IoT applications, including low power microcontrollers. Our team of experienced engineers can work with you to identify the specific requirements of your application and create a custom solution that meets your needs.

Yes, our low power microcontroller is designed with machine learning capabilities, enabling it to process and analyze data on the device, reducing the need for data transmission and saving energy.

The low power microcontroller supports various machine learning algorithms, including decision trees, neural networks, and support vector machines.

The low power microcontroller uses edge computing to perform machine learning tasks on the device, eliminating the need for sending data to the cloud. This results in faster decision-making and reduced latency.

Machine learning on IoT devices with the low power microcontroller can help optimize energy consumption by enabling predictive maintenance, anomaly detection, and intelligent control. It can also improve security by detecting and responding to anomalies in real-time.

Element 4 uses super-capacitors as its energy storage devices to buffer the power generated by environmental sources.

Super-capacitors have high power density, fast charging and discharging capabilities, and a long lifespan. These features make them an ideal choice for energy storage in Element 4's products.

Yes, Element 4's energy storage devices can be replaced or upgraded. However, it is recommended to consult with Element 4's technical team before replacing or upgrading any components.

Yes, Element 4's super-capacitors are environmentally friendly and can be recycled.

Element 4's super-capacitors have a long lifespan, with a typical cycle life of up to 500,000 cycles.

Element 4's supercapacitors are compatible with a wide range of energy harvesters, including solar, vibration, radio frequency, and thermal-electric.

Element 4's energy storage devices are designed with safety in mind, and are built with internal protection circuits to prevent overcharging, over-discharging, and short-circuiting.

Yes, Element 4's energy storage devices can be customized for specific applications. Please contact Element 4's technical team for more information.

Battery-less technology eliminates the need for batteries, which means there is no need for regular replacement or recharging of batteries. This reduces maintenance costs and is more environmentally friendly. Additionally, battery-less technology can provide a longer lifespan than rechargeable batteries, which can degrade over time with use.

Element 4's battery-less technology harvests energy from the environment, such as solar, vibration, radio frequency, or thermal-electric, and stores it in super-capacitors for later use. This technology eliminates the need for traditional batteries, which require regular charging or replacement.

Battery-less technology can be used in a variety of applications, including IoT devices, wearables, industrial sensors, and more. In applications where it's difficult to access the device for battery replacement or recharging, such as in remote locations or hazardous environments, battery-less technology can be particularly beneficial.

Using battery-less technology eliminates the need for traditional batteries, which can contain hazardous chemicals and require regular replacement. This reduces waste and minimizes the environmental impact of battery production and disposal.

By eliminating the need for traditional batteries, battery-less technology can reduce maintenance costs and increase the lifespan of the device. This can result in cost savings over time compared to using traditional battery-powered devices. Additionally, using environmentally friendly technology can appeal to consumers who are environmentally conscious.

Lithium batteries can be expensive, require frequent replacement, and can pose safety risks due to their chemical makeup. Additionally, they require a significant amount of energy and resources to produce, which can have negative environmental impacts.

Yes, there are alternative energy sources such as solar, vibration, and thermal-electric that can power IoT devices without the need for batteries. Additionally, advanced power management algorithms and supercapacitors can store and manage energy more efficiently than lithium batteries.

Lithium batteries can pose a fire hazard if they are overcharged, short-circuited, or punctured. They can also release toxic gases if they are damaged or exposed to high temperatures.

Element 4's technology uses energy harvesting sources and super-capacitors to store energy efficiently and without the need for expensive and potentially dangerous lithium batteries. Our power management algorithms also ensure that energy is used efficiently and effectively, minimizing the need for frequent battery replacements.

Yes, the production of lithium batteries requires a significant amount of energy and resources, including the mining of lithium, which can have negative environmental impacts. Additionally, when lithium batteries are no longer usable, they can pose a risk of hazardous waste if not disposed of properly.

Lithium mining and production can be associated with a number of human rights concerns, including forced labor, child labor, poor working conditions, environmental pollution, and violations of indigenous peoples' rights.

Many of the world's largest lithium deposits are found in areas inhabited by indigenous peoples, who can be negatively impacted by mining operations. Mining activities can lead to displacement, loss of traditional lands and resources, and damage to cultural heritage sites. Additionally, indigenous peoples may not be adequately consulted or compensated for the use of their lands.

lement 4 is committed to responsible sourcing and ethical practices in all aspects of its operations, including the sourcing of materials for its products. The company is actively exploring alternative materials and production methods that minimize environmental impact and avoid human rights concerns associated with lithium mining. Additionally, Element 4 works with partners and suppliers who share its commitment to ethical and sustainable practices.

The recycling of lithium-based rechargeable batteries poses several challenges. One of the biggest challenges is the fact that the batteries contain a variety of toxic and hazardous materials, including lithium, cobalt, nickel, and other heavy metals. If these materials are not disposed of properly, they can cause serious environmental damage and harm human health. Another challenge is that the recycling process for these batteries is complex and expensive. The batteries must be dismantled, and the different components separated and processed. This requires a significant amount of energy and resources, and can be difficult to do in an environmentally friendly way. Additionally, the demand for recycling these batteries is increasing as more and more devices use them, leading to a strain on recycling facilities and infrastructure. Overall, while recycling is an important step towards reducing the environmental impact of lithium-based rechargeable batteries, it is not a perfect solution and comes with its own set of challenges. In contrast, battery-less technology, like the one used by Element 4, can help eliminate these challenges by not requiring batteries and reducing the need for recycling.

The financial impact of the lack of supply of lithium by 2025 could be significant, as it may lead to a sharp increase in the price of lithium and lithium-based products, including rechargeable batteries. This increase in price could potentially impact the cost of many consumer goods that rely on lithium-based products, such as electric vehicles and smartphones, as well as affect the cost of renewable energy technologies that use lithium batteries for storage. In addition, the lack of supply of lithium could also impact the growth and development of emerging industries such as electric vehicles, which heavily rely on lithium batteries. This could in turn affect the overall economic growth of countries that heavily invest in these industries. However, with the development of alternative technologies, such as Element 4's battery-less power management solutions, the impact of the potential shortage of lithium may be mitigated, reducing the risk of financial and economic consequences.