Our Solution
Using decades-proven master systems, our trademarked, patented protected and licensed Cleanewable-Hybrid™ IP Program and Platforms utilize preexisting and previously disassociated commercial market sector components, then integrates them into the most innovative and cutting-edge mission critical solutions. Through these solutions, our clients are given direct access to unmatched site-specific energy generation, state-of-the-art processing and data management technologies, collocated facility management systems and military grade quantum phased, and electromagnetic pulse (EMP) resistant secured operations control, previously unseen within the private sector.
With such capabilities, our sustainable solutions are the only site development products available on the market specifically engineered and designed to mitigate the unacceptable and systemic failures which exist within virtually every energy market, globally, especially those which directly and negatively impact the mission critical facilities sector….
FOR REFERENCE, special note is hereby made to, a) the failures realized by 2015-2016 cyberattacks against the Democratic National Committee (https://en.wikipedia.org/wiki/Democratic_National_Committee_cyber_attacks), originating from power loss at the electrical substation: b) the system-wide failures caused during the 2021 Texas ERCOT grid power crisis (https://en.wikipedia.org/wiki/2021_Texas_power_crisis); and the Colonial Pipeline infrastructure attacks (https://en.wikipedia.org/wiki/Colonial_Pipeline_ransomware_attack).
ANTIQUATED GRID "DEPENDENT" MODEL
- Massive and cost intensive systems, most are antiquated and nearing end of lifecycle
- Power generation sites located hundreds, if not thousands, of miles away from the end-users
- Multiple points of failure throughout networks
- Very limited, if any, decarbonization systems
- Single purpose thermal energy capture and reuse systems, only for more power generation
- Siteand facilities designed with limited security threat considerations
- Physical security systems designed only to meet minimum physical threat levels
- Cyber security systems not state-of-the-art or designed to exceed maximum threat levels
- Mechanical & electrical Systems designed to meet minimum commercial facility standards
- Low efficiency, high consumption water supply and usage systems
- Offsite command & control centers
CH GLOBAL'S GRID "INDEPENDENT" BASE MODEL
- Cost effective integrated design and engineering.
- Site selection based upon collocated infrastructure and future expansion capabilities.
- Collocated high-efficiency power generation systems.
- Carbon (CO2) capture, storage & repurpose systems.
- Thermal energy capture & multiuse systems.
- Collocated and fully integrated hydrogen fuel generation systems.
- Military grade site, physical and personnel security systems designed to exceed highest threat levels.
- Cyber security systems designed to exceed maximum threat levels, including full capability and support for Web3 and Decentralized Finance (DeFi).
- Future proofed mechanical & electrical systems.
- Sustainability focused primary and ancillary systems integrated throughout the site and facilities.
- High-efficiency, low consumption water supply and usage systems.
- Onsite command & control centers, no remote hands.
Solution Cost – Benefit Analysis
