After using wind energy and solar energy to generateelectricity and store it in the
energy storage battery cabinet, and then provide clean energy power supplyfor the
charging pile through the EMS energy manage-ment system, and provide fast
charging service for newenergy vehicles.
1.Off-grid and grid-connected seamless switching
2.Play the function of "cutting the front and filling the valley" of the municipal
power grid
3.Improve power utilization and reduce costs
Wind-Solar Storage Charging Station
Cost comparison
Energy cost comparison
Energy consumption per 100 kilometers: Electric vehicles are 15-25% of gasoline powered vehicles.
Maintenance cost comparison
The most expensive batteries, motors, and electronic control components of electric vehiclesare generally guaranteed for life. Due to the large
number of mechanical components in fuel powered vehicles, they require frequent maintenance; Overall, compared to gasoline powered vehicles,
the average maintenance cost of electric vehicles has decreased by 22-40%.
Environmental Data Analysis
Item | Quan. | Unit |
Save standard coal | 551.8 | tons |
CO₂ reduction | 1375.4 | tons |
SO₂ reduction | 41.4 | tons |
Reduction of nitrogen oxides | 20.7 | tons |
Save annual electricity consumption | 1379.5 | MWh |
Carbon reduction | 375 | tons |
About Charging Station
Charging station functions
Allow 10 vehicles to charge simultaneously (50KWH per vehicle).It can meet the charging needs of 100 vehicles per day.
Land For Charging Station Construction
Covering an area of 5000-6600 square meters, this system can meet the charging needs of vehicles within a range of 15-25 kilometers in the
surrounding area.
Investment Return On Charging Stations
Additional benefits: The charging station is equipped with cafes and supermarkets,which can shorten the investment cost recovery cycle.This
system can provide quick and safe charging service for 100 electric vehicles per day within the range of 15-25 kilometers. It can operate offline
or online. When operating offline, the site is not connected to the power grid. It is equipped with 5 sets of 120kW charging piles (dual gun) and
can simultaneously charge 10 vehi-cles (50KWH per vehicle).
Energy storage capacity/kWh | 619 |
Solar module power/kW | 600 |
Wind power generation power/kw | 100 |
Daily sunshine time | 8 |
Charging station utilization rate hours/day | 16 |
Total daily charging capacity/kWh | 5000 |
Annual wind power generation/kWh | 112500 |
Annual clean energy generation/kWh | 2000000 |
Annual energy storage charging capacity/kWh | 1825000 |
Annual new energy revenue/dollar | 295000 |
Annual total revenue of charging stations/dollar | 295000 |
Total investment cost |
1.68 million dollars |
Investment return time/year |
5.69 |
Multipurpose Expansion & Application Of Charging Stations
According to demand, battery cabinets can be added to increase energy storage,suitable for areas with difficult power distribution. It can expand
industrial and commercial power station systems, rural island power station systems, and field operation engineering power station systems. The
capacity of wind and solar modules can be configured according to on-site terrain conditions.
Increase Investment Amount For Charging Station Expansion
Based on 100 electric vehicles per day, the charging capacity of each vehicle is calculated based on a 20 year service life, including equipment,
construction,shipping, installation, insurance, maintenance, accessories, and other expenses.The total investment amount is 1.68 million US dollars.
If the charging capacity of 200 vehicles per day is increased on this basis, the investment amount for the expansion of the charging station is
approximately 960000 US dollars. If thecharging capacity of 300 vehicles per day is increased on this basis, the investment amount for the expansion
of the charging station is 650000 US dollars.