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$100 USD /timme
Flagga för CANADA
etobicoke, canada
$100 USD /timme
Datum, tid och plats: 4:28 em
Gick med februari 15, 2019
0 Rekommendationer

Ahsan A.

@ahsan545

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$100 USD /timme
Flagga för CANADA
etobicoke, canada
$100 USD /timme
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Återanställningsgrad

Entrepreneur, innovator and a creative engineer

I specialize in business innovation, technology integration and growth. I've managed over $10MM in cleantech projects, successfully fund raised for my own cleantech startup, crossed the chasm and gone through a lot of failure to know what works and what doesn't! I bring aboard the discipline of a professional engineer while leveraging well rounded experience building a startup in the renewable energy sector. I'm here to share my experience and help you succeed in your project. My expertise include: - Innovation development - Business development - Strategic business planning - Energy Modeling - System Design, System architecture, Test engineering - Renewable energy integration [login to view URL]
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Kontakta Ahsan A. om ditt uppdrag

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Portfolio

5196344
This energy storage project used standard 40ft shipping containers to store 2MWh of batteries. This also includes HVAC system and fire suppression
Modified 40FT shipping container energy storage design
This energy storage project used standard 40ft shipping containers to store 2MWh of batteries. This also includes HVAC system and fire suppression
Modified 40FT shipping container energy storage design
5196254
This is a full system design for the portable energy storage unit
System design
5196249
This design was used to minimize cost of paralleling batteries
Battery PCB design
This design was used to minimize cost of paralleling batteries
Battery PCB design
This design was used to minimize cost of paralleling batteries
Battery PCB design
5196187
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
5196344
This energy storage project used standard 40ft shipping containers to store 2MWh of batteries. This also includes HVAC system and fire suppression
Modified 40FT shipping container energy storage design
This energy storage project used standard 40ft shipping containers to store 2MWh of batteries. This also includes HVAC system and fire suppression
Modified 40FT shipping container energy storage design
5196254
This is a full system design for the portable energy storage unit
System design
5196249
This design was used to minimize cost of paralleling batteries
Battery PCB design
This design was used to minimize cost of paralleling batteries
Battery PCB design
This design was used to minimize cost of paralleling batteries
Battery PCB design
5196187
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)
This project was to demonstrate reusing electric vehicle batteries for energy storage application. We converted Chevy Volt battery pack into portable energy device on wheels! this unit uses 48V batteries connected in parallel giving a total capacity of 4kWh. More modules can be added in parallel to increase the capacity of the unit. Integrated in the unit is 4kW bi-directional inverter.
Portable battery power pack (4kW/4kWh)

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