Solar Panel Ground Mounted; Solar Power Plant 1MW on grid; Large-scale Solar Ground Plant

    Solar Panel Ground Mounted; Solar Power Plant 1MW on grid; Large-scale Solar Ground Plant                        Solar power is an environmental friendly safe energy with abundant supply. Installing a on grid residential solar power system is a good way to meet the rising renewable energy portfolio standards. With various level of governments' financial support for solar power system installation and feed -in-tariff for purchasing solar power feed into the grid, solar power system investment has become a risk-free financial product with a very attractive rate of return. On Grid system is connecting to the national grid net directly. No battery backup. On Grid system can only use at the country where allowed people connecting to the utility grid net.      2.Components       Advantages       A) On grid solar system will reduce the power bill as it is possible to sell surplus electricity produced to the local electricity supplier.   B). On grid solar system are comparatively easier to install as they do not require a battery system.   C). On grid solar system has the advantage of effective utilization of generated power because there are no storage losses involved.   D). On grid solar system is carbon negative over its lifespan, as any energy produced over and above that to build the panel initially offsets the need for burning fossil fuels. Even though the sun doesn't always shine, any installation gives a reasonably predictable average reduction in carbon Consumption.     Hitech New Energy solutions are:   Designed for low-light and highly exposed locations; Quick and low cost to deploy; Rated from -35 to 85°C (operational); Industrial electrical infrastructure designed for seamless integration with existing systems; NEC code compliant over current, lightning protection and safety disconnect; Solid-state electronics; TUV/IEC/CE listed components; Designed for environmentally challenged locations; 25 years lifetime warranty, 10years quality warranty for solar modules and 10years warranty for full system.   3.Warranty       4.Custom-made solar system 1.Consultation of your expectations and requirements, also local electric company requirements for grid connecting and customers need, there are three types of on grid solar systems can be chosen: A. Self consumption: Local load will use solar power directly. The solar power will never sell to energy grid. In case there is no sunshine or during the night, local load will switch to energy grid. This system need to include anti-reverse power controller. B. Rollback meter(also called net meter): It use a two way meter to reduce power bill from energy company. when you use the power from energy grid, meter will run,when there is sunshine, meter will rollback. C. PPA: Selling power to the energy company through a selling meter with a certain price(Power Purchase Agreement)   2.Solar panels:   Total solar panels capacity=system capacity. According to solar panels voltage and current, our engineers can design solar panels array.   3.Inverter: According to system capacity and local utility grid phase type to choose proper inverter, more details at.   4.Bracket: Providing the actual picture of roof and exact location, our engineers will choose suitable bracket, also confirm the best angle for bracket to get more sunlight, the bracket are optimized to the local environmental conditions and static load requirements.   5.Package    

Container Spec	Contents	Capacity
20ft Container	1. 220pcs 250W Poly solar panels(1640*992*40mm)	55KW on grid solar system
	2. Inverters, bracket, cables, connectors, etc
40HQ Container	1. 520pcs 250W Poly solar panels(1640*992*40mm)	130KW on grid solar system
	2. Inverters, bracket, cables, connectors, etc

  6.Project Reference 

One stop solution of solar system
Early Research	1. Project location;
	2. Installation area;
	3. The ability to send power;
	4. Capital and rough size.
Project Proposal	5. Project background and necessity;
	6. Situation at home and abroad;
	7. System configuration;
	8. Method of being connected to grid;
	9. Installation commissioning solution;
	10. Budgetary estimates;
	11. Measurement of capacity;
	12. Financial analysis
Engineering Design	13. Solar module selection;
	14. The selection of electrical equipment;
	15. Monitoring and communication system design;
	16. Design of capital construction;
	17. Design of power grid access system.
Engineering Construction	18. Organizing and arranging construction;
	19. Equipment installation and commissioning;
	20. System commissioning and acceptance inspection