Testing platform for performance, reliability and safety verification and validation of clean energy technologies

该项目旨在开发测试平台，以验证和验证永力能源公司的清洁能源技术的性能、可靠性和安全性，如创新太阳能助推器和创新MTG发电机。拟议的平台将用于测试永力能源的创新清洁能源技术产品。这些测试将包括单元测试和综合测试，以及遵守国家和国际法规，以支持我们的加拿大产品在加拿大和全世界的商业化。研究挑战的新颖性可以通过提出适用于创新技术的测试平台来强调，如太阳能助推器和创新MTG发电机。这些创新需要先进的处理来分析产品，评估可靠性，验证和确认。目标产品将包括太阳能和风能等可再生能源的集成、商业和住宅建筑内的能源存储、工业设施和交通基础设施。该项目将帮助工业合作伙伴在性能、可靠性和安全性方面分析和验证产品特性。该平台还将支持这些清洁能源技术的认证和符合国家和国际标准。该项目的目标是：(1)验证清洁能源技术产品的设计和运行；(2)不同工况下的验证试验；（三）在不同工况和约束条件下的测量；（四）在正常和恶劣条件下的性能验证；(5)符合CSA、ISE、IEEE、ISA等加拿大和国际标准；(6)开发联合仿真平台，对不同实时场景进行验证；(7)验证和测试不同的温度和天气条件；(8)在建筑、设施、交通和海洋基础设施和技术中进行不同清洁能源技术的产品综合试验；（九）安装和运行后的持续测试和验证以及数据分析。

This project is aiming at the development of testing platform to verify and validate the performance, reliability, and safety of clean energy technologies from Ever Force Energy Inc as Innovated Solar Booster, and Innovated MTG Generator. The proposed platform will be used to test innovative clean energy technology products from Ever Force Energy. The tests will include unit tests and integrated tests and compliance with national and international regulations to support the commercialization of our Canadian products in Canada and worldwide. The novelty of the research challenge can be emphasized with proposing that testing platform to be adapted for innovated technologies as Solar Booster, and Innovated MTG Generator. Those innovations need advanced treatment to analyze the products and to evaluate the reliability, verification and validation. The target products will include integration of renewable energy like solar and wind, energy storage within commercial and residential buildings, industrial facilities, and transportation infrastructures. The project will help the industrial partner to analyze and verify product features in terms of performance, reliability, and safety. The platform will also support the certification and compliance of these clean energy technologies with national and international standards. The objectives of the project are: (1) verification of the design and operation of clean energy technology products; (2)validation tests in different operating conditions; (3) measurement in different operating conditions and in view of constraints; (4) validation of the performance under the normal and severe conditions; (5) compliance study with Canadian and international standards as CSA, ISE, IEEE, ISA, and others; (6) development of co-simulation platform to validate different real time scenarios; (7) validation and test different temperature and weather conditions; (8) product integrated tests of different clean energy technologies within buildings, facilities, transportation and marine infrastructures and technologies; and (9) on-going testing and verification, and data analysis for post-installations and operations.