EVolve Grid - V2G Microgrid, Power Management Systems
EVolve Grid

V2G MICROGRID SYSTEMS

Across the world, severe weather events fueled by climate change are pushing aging electrical systems past their limits, often with serious consequences.

Our V2G enabled power management systems have the ability to support energy and ancillary services when a set of buildings (forming a microgrid) are connected to the utility controlled grid. They can provide reliable, critical emergency power when intentionally or unintentionally disconnected from the utility grid. 

ABOUT Our SYSTEMS

An EV helps after a tsunami hits Iwate Prefecture Japan, 2011.

Photo: K. Kawada

Our fully grid-interactive bidirectional power management systems were first developed and implemented in Japan as a response to the devastating effects of the Great Kobe Earthquake in 1995.

Since 2012, they have been successfully integrated into commercial, government, and business sites throughout Japan and the world to provide high-efficiency power management — reducing energy costs and greenhouse gas emissions while supplying emergency power during outages and disasters.

Click Here For The Cost of Power Outages

The units  can be controlled remotely by external energy management systems, and thus, could be aggregated to provide a variety of grid services to electric utilities, such as:

  • Peak Load Reduction
  • Blackstart
  • Voltage/Frequency Regulation
  • Solar Firming
  • Diesel Reduction

Rural customers that may be located at the end of distribution feeders may suffer from low voltage issues. An aggregation of V2G units could act as a virtual power plant (VPP) and improve power quality and reliability.

Click Here For More Community benefits

AC VS DC SYSTEMS

Conventional V2G systems use AC based technologies and can rely heavily on the EV’s “onboard charger” to convert AC to DC energy before feeding it into the car’s battery, and back out.

Our fully grid-interactive Level 3 V2G enabled power management systems use DC Bus technology and take the burden off the EV by charging and discharging DC directly — without requiring additional components. 

OUR V2G POWER MANAGEMENT SYSTEM (WITH SiC TECHNOLOGY)

Our DC Bus technology can exchange and mix DC power from solar PVs, batteries, and EVs without AC conversion. This results in up to 91% energy efficiency, making DC-based V2G safer, faster, more efficient, and fully bidirectional – the ultimate V2G energy system for the future.

CONVENTIONAL V2G POWER MANAGEMENT

Multiple AC and DC power conversions are required for traditional V2G systems, resulting in significant energy losses (approx. 64% efficiency).

How OUR V2G POWER MANAGEMENT SYSTEM WORKS

V2G

Multiple power sources can be integrated into our systems including Solar PVs, Utility-Grid Energy, EVs, Batteries, Diesel, Natural Gas, and Wind Turbines.

How OUR V2G POWER MANAGEMENT SYSTEM WORKS

Project Highlights

Our bidirectional power management systems are already being used across the world in countries such as Japan, UK, Holland, Germany, Sweden, Canada, United States, and Belgium.

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OSAKA BUSINESS PARK

V2G powers elevators in emergency

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MAUI VPP
NETWORK

EV/Renewable VPP Network

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POWER
STREAM

V2G Microgrid

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TAKENAKA
HQ

Natural Gas Integration

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MALIBU
HOTEL

Malibu Hotel V2G

Business Continuity Plan

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More About Our Systems

SEE MORE
  • UL 9741 for Bidirectional Electric Vehicle (EV) Charging System Equipment
  • UL 1741, Standard for Inverters, Converters, Controllers and Interconnection, System Equipment for Use With Distributed Energy Resources
  • Supplement SA for Grid Support Utility Interactive Inverters
  • IEEE 1547, Interconnecting Distributed Resources with Electric Power Systems and IEEE 1547.1
  • Conformance Test Procedures for Equipment Interconnecting Distributed Resources with Electric Power Systems.

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Costs & Consequences Of Downtime In An Outage

The advantages of investing in backup power solutions to protect critical systems greatly outweighs the enormous costs of downtime. Irreparable damage and irretrievable loss of lives and revenue in a matter of moments,  downtime wreaks havoc and compounds with direct, indirect, short-term, and long-term costs and consequences. 

In 2014, electrical power outages, spikes and surges were estimated to cost more than $150 billion USD in annual damages to the U.S. economy [1].

Texas Winter Storm, 2021 (Click to expand)
  • 200 to 700 lives lost [2]
  • $195 billion in direct and indirect economic loss. Costliest disaster in Texas history [3] [4]

According to a new analysis from the University of Houston, most Texans served by the state’s main power system were affected by the terrible and deadly winter storm,  with almost 70% of those affected losing power in subfreezing conditions and nearly half experiencing water outages.

 

Those who lost electricity spent an average of 42 hours without power [5].

 

The severity of damage the storm wreaked could make it the costliest disaster in Texas history, resulting in an estimated 200 to 700 lives being lost.

Hurricane Maria, 2017 (Click to expand)
  • Nearly 5,000 lives lost
  • $90.1 billion in cost to businesses [6]

Hurricane Maria tore through the island of Puerto Rico, destroying trees and bringing down weather stations and cell towers, putting its 3.4 million citizens in a critical humanitarian crisis.

 

Electricity was cut off to 100 percent of the island, and most people had limited access to clean water and food [7].

 

Hurricane Maria was responsible for the loss of 5,000 lives in Puerto Rico, according to Harvard’s T.H. Chan School of Public Health. The leading cause of mortality was a lack of medical care, largely caused by a continued shutdown of essential utilities. On average, homes were without power for 84 days and were without water for 68 days. It also cost businesses up to $90 billion US dollars.

 

Day-long power outages are still common, particularly in rural areas. Collapsed trees and utility poles are now a common sight. Hundreds of thousands of Puerto Ricans have left the island due to the ongoing difficulties [6].

Hurricane Irma, 2017 (Click to expand)
  • 134 lives lost [8]
  • The 4th costliest U.S. Atlantic storm at $77.1 billion [9]

When hurricane Irma had finished, 80% of Miami-Dade County continued without power [9], and 25% of all county accounts were still without power a week later. As a result of the inadequate backup generators, a dozen lives were tragically lost at a local nursing home.

 

Days before the storm’s landfall, over 60% of gas stations in the Miami/Fort Lauderdale area were out of fuel [10], and it took weeks for fuel supplies to be refilled. 134 lives were lost as a result.

Canada/USA Northeast Blackout, 2003 (Click to expand)
  • Largest power failure in North American history, spanning 24,086 square kilometres and affecting approximately 50 million people.
  • At least 11 lives lost [11]

More than 50 million people in the northeastern United States and Ontario Canada experienced the biggest power outage in the history of North America (August 14, 2003). Restoration continued for nine days until the state of emergency ended (August 22).

 

It was estimated that Ontario workers lost 18.9 million hours of employment, and manufacturing shipments fell $2.3 billion. The outage contributed to at least 11 deaths and an estimated $6 billion in cost.

Texas Winter Storm, 2021
(Click to expand)
  • 200 to 700 lives lost [2]
  • $195 billion in direct and indirect economic loss. Costliest disaster in Texas history [3] [4]

According to a new analysis from the University of Houston, most Texans served by the state’s main power system were affected by the terrible and deadly winter storm,  with almost 70% of those affected losing power in subfreezing conditions and nearly half experiencing water outages.

 

Those who lost electricity spent an average of 42 hours without power [5].

 

The severity of damage the storm wreaked could make it the costliest disaster in Texas history, resulting in an estimated 200 to 700 lives being lost.

Hurricane Maria, 2017
(Click to expand)
  • Nearly 5,000 lives lost
  • $90.1 billion in cost to businesses [6]

Hurricane Maria tore through the island of Puerto Rico, destroying trees and bringing down weather stations and cell towers, putting its 3.4 million citizens in a critical humanitarian crisis.

 

Electricity was cut off to 100 percent of the island, and most people had limited access to clean water and food [7].

 

Hurricane Maria was responsible for the loss of 5,000 lives in Puerto Rico, according to Harvard’s T.H. Chan School of Public Health. The leading cause of mortality was a lack of medical care, largely caused by a continued shutdown of essential utilities. On average, homes were without power for 84 days and were without water for 68 days. It also cost businesses up to $90 billion US dollars.

 

Day-long power outages are still common, particularly in rural areas. Collapsed trees and utility poles are now a common sight. Hundreds of thousands of Puerto Ricans have left the island due to the ongoing difficulties [6].

Hurricane Irma, 2017
(Click to expand)
  • 134 lives lost [8]
  • The 4th costliest U.S. Atlantic storm at $77.1 billion [9]

When hurricane Irma had finished, 80% of Miami-Dade County continued without power [9], and 25% of all county accounts were still without power a week later. As a result of the inadequate backup generators, a dozen lives were tragically lost at a local nursing home.

 

Days before the storm’s landfall, over 60% of gas stations in the Miami/Fort Lauderdale area were out of fuel [10], and it took weeks for fuel supplies to be refilled. 134 lives were lost as a result.

Canada/USA Northeast Blackout, 2003
(Click to expand)
  • Largest power failure in North American history, spanning 24,086 square kilometres and affecting approximately 50 million people.
  • At least 11 lives lost [11]

More than 50 million people in the northeastern United States and Ontario Canada experienced the biggest power outage in the history of North America (August 14, 2003). Restoration continued for nine days until the state of emergency ended (August 22).

 

It was estimated that Ontario workers lost 18.9 million hours of employment, and manufacturing shipments fell $2.3 billion. The outage contributed to at least 11 deaths and an estimated $6 billion in cost.

Business Continuity

In Canada, extreme and rapid weather changes cause up to 32% of power outage incidents, which are difficult to predict and usually allow no time to create an emergency plan.

According to Dunn & Bradstreet, 59 percent of Fortune 500 companies have a weekly downtime of at least 1.6 hours. If a Fortune 500 company employs 10,000 people and pays them an average of $56 per hour (including benefits), the cost of downtime in labour alone would be $896,000 a week, or more than $46 million per year [1].

Tangible and intangible costs during an outage for these businesses include: [1]

  • Lost transaction revenue
  • Lost wages
  • Lost inventory
  • Remedial labor costs
  • Marketing costs
  • Bank fees
  • Legal penalties from not delivering on service level agreements
  • Intangible / Indirect Costs
  • Intangible / Indirect Costs
  • Lost business opportunities
  • Loss of employees and / or employee morale
  • Decrease in stock value
  • Loss of customer / partner goodwill
  • Brand damage
  • Driving business to competitors
  • Bad publicity / press

References:

  1. “Blackout Tracker Canada,” Eaton Power Quality Company, February 2014
  2. “Heights lifts boil-water notice after 8 days,” The Killeen Daily Herald, February 27, 2021
  3. “Winter Storm URI After-Action Review Findings Report,” City of Austin & Travis County, 2021
  4. Garrett Golding, Anil Kumar and Karel Mertens, “Cost of Texas’ 2021 Deep Freeze Justifies Weatherization,” Federal Reserve Bank of Dallas, April 15, 2021
  5. Neelam Bohra, “Almost 70% of ERCOT customers lost power during winter storm, study finds,” The Texas Tribune, March 29, 2021
  6. D. D. Kane, “Mortality in Puerto Rico after Hurricane Maria,” N. Engl. J. Med., vol. 379, no. 17, p. e30, 2018
  7. “The facts: Hurricane Maria’s effect on Puerto Rico,” Mercy Corps, January 19, 2018, Updated September 09, 2020
  8. Amy Gesenhues, “Hurricane Irma was the No. 1 top trending Google search in the US & globally for 2017,” Search Engine Land, December 13, 2017
  9. A. Dodson, “This Florida City Used ‘Smart Data’ To Stay Ahead Of Hurricane Michael.,” 2018
  10. M. Egan, “Gas shortage: Florida races to refill gas stations after Hurricane Irma,” CNN Business, 2017
  11. “Ontario–U.S. Power Outage—Impacts on Critical Infrastructure Number: IA06-002,” Public Safety and Emergency Preparedness Canada, August, 2006

More Community Benefits

  • Microgrid technologies produce and manage energy closer to consumers, lowering transmission and distribution costs.
  • When batteries are no longer powerful enough to be used in EVs, they can be recycled, reconditioned, and utilized in other power management applications like peak shaving and emergency energy storage.
  • Residents are educated on how electricity and renewable energies are produced and consumed, which helps to minimize pollution, promote community conservation, and address energy security concerns. They can even play a role in the power generation business themselves.

Projects

  • 2012 - Japan – Shopping Mall & Business Application
  • 2013 - Osaka – Business Park
  • 2013 - Tottori Prf Japan – City Building
  • 2013 - UK – Zero Emission Forum with NISSAN
  • 2014 - Denmark – V2X Forum with DTU & NISSAN
  • 2014 - UK – Peak-Shaving Infrastructure
  • 2014 - Saitama Prf Japan – City Building
  • 2014 - SHIMIZU Corporation – Business Development Area
  • 2014 - Fukuoka Prf. Japan – City Office
  • 2014 - Utorehit, Holland – City Project
  • 2014 - Vaughan, ON Canada – Utility Company
  • 2014 - Bari, Italy – Polytechnic University
  • 2014 - Birmingham, UK – University
  • 2015 - Manchester, UK – University
  • 2015 - San Diego, USA – Building
  • 2015 - Iwate Prf. Japan – School & City Office
  • 2015 - Miyagi Prf. Japan – Hospital & City Office Building
  • 2015 - Tokyo, Japan – City Office Building & Condominium
  • 2015 - Stavelot Belgium – EV & V2G Research Project
  • 2017 - Maui, Hawaii – Regional Electric Company (120+ units)
  • 2018 - Canada – Renewable Energy Project (5 Units)
  • 2019 - Japan – Project With Major Power Company (17 units)
  • 2021 - Japan – Olympics (20+ units)

*Not all projects are contained in this list

OSAKA BUSINESS PARK

SMART CITY / DC Building Concept

  • V2G powers elevators in an outage (EV Emergency Power Supply)
  • The Osaka Business Park Smart City/DC Building concept looks to maximize the efficiency of DC technologies (lights, laptops, smartphones, EVs) by bypassing AC altogether
  • Integrates multiple power sources including EVs, AC Wind Turbine, Grid Energy, and Natural Gas
  • Daytime population 150,000
  • Night-time population 38,000
  • 1 Year 180,000,000 kWh
  • 35,000 kW Max (Summer)
  • 9,000,000 SQFT Office Floor
  • 44 Acres Residential
  • 64 Acres Total Area

MAUI VPP NETWORK

The goal of the project was to show how smart-grid technologies with V2G (120+ units) could be utilized to enable efficient use of renewable energy on an island and respond to changing system demands caused by as-available renewable energy, such as rooftop solar power.

Our Assembly in Richmond Hill, ON

PHASE ONE

Phase 1 recruited more than 200 EV owners or lessees and 30 homeowner volunteers. 13 fast-charging stations were installed across the island, the first such installation in the state.

PHASE TWO

Phase 2 had V2G systems installed in 80 homes and businesses, creating a Virtual Power Plant (VPP) that would integrate and manage renewable energy resources, including EV batteries.

TAKENAKA HQ

  • 50kW Bidirectional H-PCS
  • Natural Gas Integration
  • Repurposed Nissan Leaf Batteries
  • Grid Interactive

The main goals were to develop a new office style with improved office communication, to maintain a high level of both environmental quality and performance, to develop new low-cost parts, to reduce LCC, and to build an environmental performance maintenance system after construction, all of which were designed to help develop this “sustainable works.”

MALIBU HOTEL

ZUSHI MARINA

  • V2G systems provide hotel employees with EV charging
  • While EVs are parked during work hours, they can also be used for peak load reduction
  • EVs are used for backup emergency power for the hotel's Business Continuity Plan

OUR V2G SYSTEMS

EVolve Grid - V2G Microgrid, Power Management Systems
info@evolvegrid.com
+‪1 (289) 269-0895‬

ABOUT US

EVolve Grid is driven to provide the most innovative and efficient bidirectional V2G power management systems and DC microgrid technologies to industries and critical infrastructures around the world to meet the needs for disaster mitigation, climate resilience, and power sustainability for a greener, brighter future free of emissions.

COSTOS Y CONSECUENCIAS DEL TIEMPO DE INACTIVIDAD EN UN APAGÓN

Las ventajas de invertir en soluciones de energía de respaldo para proteger sistemas críticos superan en gran medida los enormes costos del tiempo de inactividad. Daños irreparables y pérdidas irrecuperables de vidas e ingresos en cuestión de momentos, el tiempo de inactividad causa estragos que se agrava con costos y consecuencias directas, indirectas, a corto y largo plazo.

En 2014, se estimó que los cortes de energía eléctrica, los picos y las sobrecargas costaron más de $150 mil millones de dólares en daños anuales a la economía de los EE. UU. [1].

Tormenta de Nieve en Texas 2021 (Click para leer más)
  • 200 a 700 vidas perdidas [2]
  • $195 mil millones en pérdidas económicas directas e indirectas. El desastre más costoso en la historia de Texas [3] [4]

Según un nuevo análisis de la Universidad de Houston, la mayoría de los tejanos que reciben servicios del sistema eléctrico principal del estado se vieron afectados por la terrible y mortal tormenta invernal, con casi el 70% de los afectados perdiendo energía en condiciones de congelación y casi la mitad sufriendo cortes de agua.

 

Los que se quedaron sin electricidad pasaron en promedio 42 horas sin luz [5].

 

La gravedad de los daños causados ​​por la tormenta podría convertirlo en el desastre más costoso en la historia de Texas, resultando en la lamentable pérdida de unas 200 a 700 vidas.

Huracán Maria 2017(Click para leer más)
  • Casi 5.000 vidas perdidas
  • 90.1 millones de dólares en costos para las empresas [6]

El huracán María arrasó la isla de Puerto Rico, destruyó árboles, derribó estaciones meteorológicas, torres de telefonía celular y puso a sus 3.4 millones de ciudadanos en una crisis humanitaria crítica.

 

Se cortó la electricidad en el 100% de la isla y la mayoría de la gente tenía acceso limitado a agua potable y alimentos [7].

 

El huracán María fue responsable de la pérdida de 5000 vidas en Puerto Rico según Harvard’s T.H. Chan School of Public Health. La principal causa de mortalidad fue la falta de atención médica, en gran parte causada por el continuo cierre de servicios básicos. En promedio, los hogares estuvieron sin electricidad durante 84 días y sin agua durante 68 días. También les costó a las empresas hasta $90 mil millones de dólares estadounidenses.

 

Los cortes de energía que duran todo el día siguen siendo comunes, particularmente en las áreas rurales. Los árboles derrumbados y los postes de servicios públicos son ahora algo común. Cientos de miles de puertorriqueños han abandonado la isla debido a las dificultades actuales [6].

Huracán Irma 2017 (Click para leer más)
  • 134 vidas perdidas [8]
  • La cuarta tormenta atlántica en EE. UU. Más costosa con 77.1 millones de dólares [9]

Cuando terminó el huracán Irma, el 80% del condado de Miami-Dade seguía sin electricidad [9],, y el 25% de todas las cuentas del condado seguían sin electricidad una semana después. Debido a el respaldo inadecuado de generadores, una docena de vidas se perdieron trágicamente en un hogar local para personas de la tercera edad.

 

Días antes de que la tormenta tocara tierra, más del 60% de las estaciones de servicio en el área de Miami / Fort Lauderdale se quedaron sin combustible [10], y se necesitaron semanas para recargar los suministros de combustible. Como resultado, se perdieron 134 vidas.

Apagón del noreste
de Canadá / EE. UU., 2003 (Click para leer más)
  • La falla de energía más grande en la historia de América del Norte, abarcando 24,086 kilómetros cuadrados y afectando a aproximadamente 50 millones de personas.
  • Al menos 11 vidas perdidas [11]

Más de 50 millones de personas en el noreste de los Estados Unidos y Ontario Canadá experimentaron el mayor corte de energía en la historia de América del Norte (14 de agosto de 2003). Los trabajos de restauración continuaron durante nueve días hasta que terminó el estado de emergencia (22 de agosto).

 

Se estimó que los trabajadores de Ontario perdieron 18.9 millones de horas de empleo y los envíos de manufactura cayeron $2.3 mil millones. El apagón derivó en al menos 11 muertos y un costo estimado de $6 mil millones.

Tormenta de Nieve en Texas 2021
(Click para leer más)
  • 200 a 700 vidas perdidas [2]
  • $195 mil millones en pérdidas económicas directas e indirectas. El desastre más costoso en la historia de Texas [3] [4]

Según un nuevo análisis de la Universidad de Houston, la mayoría de los tejanos que reciben servicios del sistema eléctrico principal del estado se vieron afectados por la terrible y mortal tormenta invernal, con casi el 70% de los afectados perdiendo energía en condiciones de congelación y casi la mitad sufriendo cortes de agua.

 

Los que se quedaron sin electricidad pasaron en promedio 42 horas sin luz [5].

 

La gravedad de los daños causados ​​por la tormenta podría convertirlo en el desastre más costoso en la historia de Texas, resultando en la lamentable pérdida de unas 200 a 700 vidas.

Huracán Maria 2017
(Click para leer más)
  • Casi 5.000 vidas perdidas
  • 90.1 millones de dólares en costos para las empresas [6]

El huracán María arrasó la isla de Puerto Rico, destruyó árboles, derribó estaciones meteorológicas, torres de telefonía celular y puso a sus 3.4 millones de ciudadanos en una crisis humanitaria crítica.

 

Se cortó la electricidad en el 100% de la isla y la mayoría de la gente tenía acceso limitado a agua potable y alimentos [7].

 

El huracán María fue responsable de la pérdida de 5000 vidas en Puerto Rico según Harvard’s T.H. Chan School of Public Health. La principal causa de mortalidad fue la falta de atención médica, en gran parte causada por el continuo cierre de servicios básicos. En promedio, los hogares estuvieron sin electricidad durante 84 días y sin agua durante 68 días. También les costó a las empresas hasta $90 mil millones de dólares estadounidenses.

 

Los cortes de energía que duran todo el día siguen siendo comunes, particularmente en las áreas rurales. Los árboles derrumbados y los postes de servicios públicos son ahora algo común. Cientos de miles de puertorriqueños han abandonado la isla debido a las dificultades actuales [6].

Huracán Irma 2017
(Click para leer más)
  • 134 vidas perdidas [8]
  • La cuarta tormenta atlántica en EE. UU. Más costosa con 77.1 millones de dólares [9]

Cuando terminó el huracán Irma, el 80% del condado de Miami-Dade seguía sin electricidad [9],, y el 25% de todas las cuentas del condado seguían sin electricidad una semana después. Debido a el respaldo inadecuado de generadores, una docena de vidas se perdieron trágicamente en un hogar local para personas de la tercera edad.

 

Días antes de que la tormenta tocara tierra, más del 60% de las estaciones de servicio en el área de Miami / Fort Lauderdale se quedaron sin combustible [10], y se necesitaron semanas para recargar los suministros de combustible. Como resultado, se perdieron 134 vidas.

Apagón del noreste
de Canadá / EE. UU., 2003
(Click para leer más)
  • La falla de energía más grande en la historia de América del Norte, abarcando 24,086 kilómetros cuadrados y afectando a aproximadamente 50 millones de personas.
  • Al menos 11 vidas perdidas [11]

Más de 50 millones de personas en el noreste de los Estados Unidos y Ontario Canadá experimentaron el mayor corte de energía en la historia de América del Norte (14 de agosto de 2003). Los trabajos de restauración continuaron durante nueve días hasta que terminó el estado de emergencia (22 de agosto).

 

Se estimó que los trabajadores de Ontario perdieron 18.9 millones de horas de empleo y los envíos de manufactura cayeron $2.3 mil millones. El apagón derivó en al menos 11 muertos y un costo estimado de $6 mil millones.

En Canadá, los cambios climáticos extremos y rápidos causan hasta el 32% de los incidentes de cortes de energía, que son difíciles de predecir y generalmente no dan tiempo para crear un plan de emergencia.

Según Dunn & Bradstreet, el 59 por ciento de las empresas de Fortune 500 tienen un tiempo de inactividad semanal de al menos 1.6 horas. Si una compañía Fortune 500 emplea a 10,000 personas y les paga un promedio de $56 por hora (incluidas prestaciones), el costo del tiempo de inactividad solo en la mano de obra sería de $896,000 por semana o más de $46 millones por año [1].

Los costos tangibles e intangibles durante una interrupción para estas empresas incluyen: [1]

  • Ingresos por transacciones perdidas
  • Salarios perdidos
  • Inventario perdido
  • Costos de mano de obra en reparación
  • Costos de marketing
  • Comisiones bancarias
  • Sanciones legales por no cumplir con los acuerdos de nivel de servicio
  • Costos intangibles / indirectos
  • Oportunidades comerciales perdidas
  • Deceso de empleados y / o moral de los empleados
  • Disminución del valor de las acciones
  • Pérdida de la buena voluntad del cliente / socio
  • Daño al posicionamiento de la marca
  • Tener desventaja frente a la competencia
  • Mala publicidad / prensa

Referencias:

  1. “Blackout Tracker Canada,” Eaton Power Quality Company, February 2014
  2. “Heights lifts boil-water notice after 8 days,” The Killeen Daily Herald, February 27, 2021
  3. “Winter Storm URI After-Action Review Findings Report,” City of Austin & Travis County, 2021
  4. Garrett Golding, Anil Kumar and Karel Mertens, “Cost of Texas’ 2021 Deep Freeze Justifies Weatherization,” Federal Reserve Bank of Dallas, April 15, 2021
  5. Neelam Bohra, “Almost 70% of ERCOT customers lost power during winter storm, study finds,” The Texas Tribune, March 29, 2021
  6. D. D. Kane, “Mortality in Puerto Rico after Hurricane Maria,” N. Engl. J. Med., vol. 379, no. 17, p. e30, 2018
  7. “The facts: Hurricane Maria’s effect on Puerto Rico,” Mercy Corps, January 19, 2018, Updated September 09, 2020
  8. Amy Gesenhues, “Hurricane Irma was the No. 1 top trending Google search in the US & globally for 2017,” Search Engine Land, December 13, 2017
  9. A. Dodson, “This Florida City Used ‘Smart Data’ To Stay Ahead Of Hurricane Michael.,” 2018
  10. M. Egan, “Gas shortage: Florida races to refill gas stations after Hurricane Irma,” CNN Business, 2017
  11. “Ontario–U.S. Power Outage—Impacts on Critical Infrastructure Number: IA06-002,” Public Safety and Emergency Preparedness Canada, August, 2006

ACERCA DE NOSOTROS

EVolve Grid está impulsado proporcionar los sistemas de administración de energía V2G bidireccionales y las tecnologías de microredes de DC más innovadores y eficientes a industrias e infraestructuras críticas de todo el mundo, para satisfacer las necesidades de mitigación de desastres, resiliencia climática y sustentabilidad energética para un futuro más verde y brillante libre de emisiones.