Offgrid multi-energy reporting system and AI load controller

在这个项目中，我们将开展一项可行性研究，以开发和测试一种原型设备，该设备可以低成本地监控安装在非洲和世界其他地方农村社区的那种离网能源系统的所有阶段的详细性能和功率水平。这些系统的问题通常是很难获得数据，因为不同制造商的设备和组件收集数据的方式不同(或根本不收集)，而且很难集成。我们的设备将绕过这一点，使开发人员和当地运营商能够轻松地获取所有数据，使他们能够更有效和高效地使用系统。我们还打算加入一种新功能，允许将多余的电力供应(例如来自太阳能电池板)转移到生产性负载，如加热热水，从而节省木材、其他固体燃料和化石燃料的使用，并在提高生产力和改善健康方面为女性带来好处，使她们不必呼吸木材烟雾。

In this project, we will carry out a feasibility study to develop and test a prototype device which at low cost can monitor the detailed performance and power levels of all stages of offgrid energy systems of the type which are installed in rural commnities in Africa and elsewhere in the world.The problem with these is often that data is difficult to obtain, since different manufacturer's devices and components collect data differently (or not at all), and it is hard to integrate it. Our device will bypass this, making all data easily available to developers and local operators, allowing them to use the systems much more effectively and efficiently.We also intend to incorporate a novel functionality that will allow for the diversion of excess supply of power (eg from solar panels) to a productive load such as heating hot water, which saves the use of wood, other solid fuels and fossil fuels, with benefits for women in terms of added productivity and improved health, from not having to breathe in wood smoke.