About Blockchain Hive
Our motto is Disruptive Innovation
The “hive” refers to the intensive beehive environment and determination to administer mission critical tasks of the hive to produce high quality “honey” whether its an EV charging infrastructure, legacy-to-cloud or blockchain decentralized ledger project.
Blockchain Hive strives to lower barriers to entry, providing novel uses, opening new markets, driving innovation through collaborations with technology leaders, advocacy groups, universities along with public & private sector entities to deliver results through viable and high impact use cases.
Why Blockchain Hive
What we do
Blockchain Hive’s mission is developing disruptive emerging technology solutions with an emphasis on green/renewable energy advancing the energy transition, strengthening a lower-carbon grid infrastructure providing clean, reliable, and resilient power.
Blockchain Hive’s energy conservation Pilot Program’s focus on fleet electrification, battery/energy storage, distributed energy, transportation electrification, and supply chain de-carbonization.
- Fleet Electrification Procurement & Planning
- EV Charging Station Deployment [OCPP- compliant]
- Enterprise Microgrid Planning
- A.I enhanced XG/IoT Fleet Telematics
- L.E.D. LIGHTING POE [Power-over- Ethernet] L.E.D. Lighting
- Battery Energy Storage Systems [BESS]
Fleet Electrification Procurement & Planning
Fleet Electrification Procurement & Planning
Why Blockchain Hive for federal IT solutions and technology? We’re your strategic partner from end to end — defining, architecting, implementing and managing solutions to ensure your success. Our public sector expertise, technical capabilities, and strong supply chain relationships mean you work with a single partner with vast private sector relationships.
With years of experience in the information technology realm, Blockchain Hive develops unique and sustainable turnkey solutions for mission-critical fleet operations to assist public sector clients with planning, executing, and optimizing zero-emission vehicles and investments for the entire fleet management lifecycle for Federal agencies, Police & Fire/EMS Departments & School Districts to develop and design robust, scalable, end-to-end solutions & zero-emission strategies. The consulting process includes evaluation of battery electric vehicle (BEV) or hydrogen fuel cell electric vehicle (FCEV) requirements and efficiencies, route simulations, and education on all available funding sources, grants and tax incentives.
The Blockchain Hive Pilot Program Approach and Framework aligns with Federal Sustainability Goals, an Implementation Plan and Roadmap & Evaluation and Suitability Review.
EV Charging Station Deployment [OCPP- compliant]
EV Charging Station Deployment [OCPP- compliant]
Blockchain Hive’s solution enables utility charging-as-a-service (CaaS) programs through cloud-based SaaS offerings and turnkey solutions. As a hardware-, network- and vehicle-agnostic software solution, Blockchain Hive enables utility and customer choice, reduced upfront capital costs and complexity.
Enterprise Microgrid Planning
Enterprise Microgrid Planning
Blockchain Hive assists public sector agencies with conducting power grid studies (development of supply/demand scenarios, facility grid models, running simulations, result interpretation, recommendations).
Conduct analysis and evaluation of new technologies (V2G, VPP, microgrids, storage applications (including hydrogen) and power grid engineering (designing interconnections, distribution and transmission system) revolving around integrating renewables, peak shaving, grid supplementing, grid resiliency and smart controls driven by A.I., data analytics & forecasting models, cloud services and asset communication solutions that maximize operating efficiently, optimize the life of the equipment & balance the OPEX costs of charging stations on the microgrid. Advanced algorithms are used with equipment charging stations just enough to completely charge EVs that are scheduled to be serviced at facilities.
Data from EVs on trips, battery health & traffic along routes are communicated to a selected charging station and live coordinates are transmitted. EV assets, weather data, generation asset health, lowest cost of electricity generation and greenhouse gas emissions will also be calculated, and electricity with the best possible combination will be produced. When the EV pulls arrive, the charging station will have sufficient energy to fulfill its needs. This will require closed loop communication between EVs & the charging station.
A.I enhanced XG/IoT Fleet Telematics
A.I enhanced XG/IoT Fleet Telematics
The Blockchain Hive A.I.-enhanced telematics platform helps optimize EV charging site operations with remote diagnostics to monitor station performance in near-real-time and customize alerts about when a charger experiences a fault, loss of communication, or other issues. The platform includes everything from localized to global enterprise monitoring and station management, advanced features such as demand response capabilities, load balancing technology to prevent overdraw, and a robust authentication and transaction processing system that ensures secure, authorized usage.
Manage and operate your entire network of EV charging stations as well the EV charging points of your public sector agency customers. With effective solutions for EV driver account management, end user operations and EV charging apps, you can provide eMobility charging services and scale your EV fleet network, implement flexible reporting strategies, administer electric vehicle driver accounts, view statistics and, much more.
PoE [Power-over- Ethernet] L.E.D. Lighting
PoE [Power-over- Ethernet] L.E.D. Lighting
Blockchain Hive's key Energy Conservation Program feature is an energy efficient PoE [Power-over-Ethernet] L.E.D. lighting solution:
Power over Ethernet and Smart Building Automation Light-emitting diode (LED) technology is digital. LED lights provide the perfect platform to bridge technology and utility. Connected lighting systems use PoE technology to connect lighting fixtures to building automation features.
PoE lighting systems send low-voltage power over ethernet cables. That power operates the luminaires to light a room. Smart lighting systems are cost-effective to install, provide flexibility, over-improving occupant comfort, and contribute to energy-efficient utility usage.
Lights can do more than just turn on and turn off. Smart lights connected to a computerized system can change colors and dim to balance natural light and create optimal working environments to boost employees’ productivity and maximize the comfort of visitors. And at the same time, these smart lights provide invaluable feedback data that powers AI processes, allowing buildings to adjust energy consumption based on occupancy patterns.
Key Benefits:
- Could immediately reduce the energy costs by over 50%
- While CO2 emission is also significantly decreased
- Less maintenance time & costs and ensure a safer operation
- Enhanced safety & security
- Smarter lighting controls
- Maximize energy savings
- Minimize energy costs, and foster dynamic lighting scenarios that shift as needs change throughout the day & night and they extend beyond lighting. As luminaires become IoT-connected nodes, they can collect data and communicate information that tracks assets, optimizes space utilization, provides wayfinding services, and reroutes traffic on roadways, among other useful functions.
Battery Energy Storage Systems [BESS]
Battery Energy Storage Systems [BESS]
Blockchain Hive's fully digitalized energy storage systems raise the efficiency of the facility microgrid at every level with factory-built, pre-tested solutions that achieve extensive quality control with the highest level of safety.
As the nation’s largest consumer of energy, the Department of Defense (DOD) is also becoming one of the most visible adapters of microgrid technology. A recent study by Navigant Research found that DOD’s microgrid investments are expected to reach $1.4 billion a year by 2026.
Blockchain Hive’s solutions can be deployed straight to the facility site, leading to faster installation, shorter project execution time, and higher savings for customers without exhausting the available grid capacity & utilizing A.I.-enhanced balancing generation and consumption is key with integrated electricity generated by intermittent renewable energy sources, such as solar and wind, the systems will also support a more reliable power grid, by minimizing power disruptions and reducing energy losses resulting from mismatches in supply and demand resulting in resilient operations at mission critical facilities in enabling the facility to function efficiently, effectively, and continuously.
For military facilities, where for example the Army’s Climate Strategy announced a pledge to add a microgrid at every one of its hundreds of installations by 2035, microgrids can provide physical security and protection against cybersecurity risks where self-reliant on-base missions can continue uninterrupted with cost savings, sustainability, and mission assurance benefits. Military objectives can change as surely as political parties do, but the military clearly is attacking climate change through long-term, lower carbon energy strategies.
What we offer
Our Solutions
Blockchain Hive provides emerging technology solutions across various industries with the ability to pivot quickly to achieve results for public and private sector stakeholders with a myriad of SaaS/PaaS resources all with the utilization of energy conservation processes to enable net-zero emissions objectives and total fleet electrification.
Federal Government/Military Bases
City/State/Municipal Government
Auto OEMs
Data Centers / Colocation Centers
Charge Points Operators
