T55-30-1X6

30KW Turgo Turbine Generator

T55-30-1X6

T55-30/1X6 is a AC direct systems consist of a turbine-generator unit producing AC power which is used as needed. No need of battery and inverter, T55-30/1X6 offers a complete water to wire system with integral turgo turbine, generator and valve flow control. Designed to deliver ready-to-use 380V AC /3 phase power, it employs a brushless, special rare-earth permanent magnet alternator and therefore has a higher efficiency than ordinary alternator. Output voltage and frequency are controlled by the electronic load controller(with ballast). As little as 75 to 90 liter per second (l/s) falling 35 to 55 meter through a pipe, it can supply enough power to comfortably run a household. This machine is compact, easy to install and requires little maintenance except lubricating the bearing every few months.

The tur go turbine was designed for families in remote areas to produce power for their households easily and inexpensively. These units have been incredibly successful and today thousands are installed throughout the world.

Water is collected upstream from the turbine and channeled in a pipe down to the turbine location. At the turbine, the water passes through a nozzle, where it accelerates, strike the turbine runner, and turn a AC three-phase brushless permanent magnet alternator. A electric load controller is built on the alternator which stabilizes the voltage to 380V to protect electrical appliances during use. Installation is very simple and explained in the manual. Once installed there are no running costs and maintenance costs are very low.

Item		Parameters
Model		T55-30-1X6
Water Head Range		35 – 55 meter
Water Flow Range		70 – 90 liter/second
Rated Power Output		30KW
Intended voltage		Three phase, AC380V~
Rotary Speed		1000 rpm
Turbine runner type		Turgo
Runner diameter		350 mm
Number of blades		14
Number of nozzles		1
Jet diameter		250-300 mm
Generator		Three phase permanent magnet alternator
Power factor		1.0
Insulation level		B/B
Protection level		IP44
Temperature		-20°C~50°C
Humidity		≤90%
Safety protection		Short circuit, over load, Islanding, Grounding fault

Turbine Generator

OUTPUT IN WATTS against various head and flow
Water head (meter)	Water flow(liter/second)
Water head (meter)	70 liter/sec	75 liter/sec	80 liter/sec	85 liter/sec	90 liter/sec
35	16KW	17KW	18.2KW	19.3KW	20.5KW
40	18KW	19.5KW	20.8KW	22.1KW	23.4KW
45	20KW	22KW	23.4KW	24.8KW	26.3KW
50	23KW	24.3KW	26KW	27.6KW	29.2KW
55	25KW	27KW	28.6KW	29.5KW	30KW

If you feel you may have a suitable site, please email specific information on your actual site. The information that is required for a preliminary assessment is:
1. The volume of water flowing in your stream, expressed as liters per second.
2. The head (height of drop) of the falling water, expressed in meters.
3. The length of the penstock (pipeline) in meters.

Warranty: 2 years

Claims & Return Procedures
In order to be eligible for service under this warranty, the Customer must send us pictures showing his installation of the system in a week after the installation. Professional installation is required for all water turbines.

If any problem takes place within the warranty period, Notification must be provided including a description of the alleged defect, the manner in which the water turbine was used, the serial number, and the original purchase date in addition to the name, address, and telephone number of the party requesting warranty service.

EXCLUSIONS
This warranty does not cover the following:
Equipment which has been improperly installed or modified without approval from us
Lightning damage or other “acts of God”.
Damage to product incurred during shipping

Guide on How to Develope a Small Hydropower Plant

HOW DOES MICRO HYDROPOWER WORK?

Hydropower plants capture the energy of falling water to generate electricity. A turbine converts
the energy of falling water into mechanical energy. Then an alternator converts the mechanical
energy from the turbine into electrical energy. The amount of electricity a hydropower plant
produces is a combination of two factors:

1. How far the Water Falls (Head):

Generally, the distance the water falls depends on the steepness of the terrain the water is moving across, or the height of a dam the water is stored behind. The farther the water falls, the more power it has. In fact, the power of falling water is ‘directly proportional’ to the distance it falls. In other words, water falling twice as far has twice as much energy. It is important to note we are only talking about the vertical distance the water falls – the distance the water travels horizontally is consequential only in expense of the system and friction losses. Head is usually measured in ‘meter or feet’.

2. Volume of Water Falling (Flow): More water falling through the turbine will
produce more power. The amount of water available depends on the volume of water at the source. Power is also ‘directly proportional’ to river flow, or flow volume. A river with twice the amount of flowing water as another river can produce twice as much energy. Flow volume is usually measured in ‘liter per second’, or ‘l/s’.

For Micro Hydro systems, this translates into two categories of turbines:

For high head and low flow volume sites, impulse turbines are the most efficient choice.
The power produced by an impulse turbine comes entirely from the momentum of the water hitting the turbine runners. This water creates a direct push or ‘impulse’ on the blades, and thus such turbines are called ‘impulse turbines’.

For low head and high flow volume sites, a reaction turbine is the best choice. The reaction turbine, as the name implies, is turned by reactive force rather than a direct push or impulse. The turbine blades turn in reaction to the pressure of the water falling on them. Reaction turbines can operate on heads as low as 2 feet, but require much higher flow rates than an impulse turbine.