T-model energy saving device for light use

T-model Power Saver – T35 -T50 -T65

Working Temperature: -40° to +70°

IP Level: IP43

Panel Design: iron box

LCD Display: Power Factor/Current/Voltage/KVA/KVAR/KW

LED Display: Working Status

Software: Micro Intelligent Inspection & Compensation

Related Technology: Voltage Automatic Adjusting

Phase: 3P4W

Size: 55.3x55.3x78cm

Voltage Reduction: 15V/10V Two Steps

3 Phase-Controlled Energy-Saving System

• The system provides immediate energy-saving effects, eliminating the need to wait 1-3 months for results
• Performance: Improved Energy Efficiency
• Energy Saving Rate: 5%~35%
• Suitable for all three-phase environments
• Complete Certifications for Assurance
• Emphasizes the system’s advanced capabilities.
• immediate energy-saving results (visible in a short time), unlike traditional systems requiring 1-3 months to show effects.

Performance Metrics:

Energy Saving Rate: 5%–35%, with improved efficiency metrics.

Business Support: Offers hassle-free solutions for marketing, distribution, and monetization, reducing client concerns.

Technical Aspects: Enhanced Functions: Highlights advanced features

Operating Principles: Briefly mentions underlying technology

Application Scope: Designed for three-phase power environments, applicable across industrial and commercial settings.

Quality Assurance: Fully Certified: Complies with industry standards for reliability and safety.

Differentiation Focus: Immediate Results vs. traditional delayed systems.

Quantifiable Efficiency: (5%-35%) for clear ROI.

End-to-End Business Support for seamless adoption.

Certifications ensuring trust and compliance

Tawfeer Technologies Establishment support customers’ orders with OEM and ODM services.

OEM, we have our standard devices, for orders, according to the needs for the customers,

ODM, our technical team will support and satisfy the requirement for the customer

we will support customers to make the right models as required.

"Innovating for a Sustainable Future"

• Your Partner in Energy Efficiency.

"Save Energy, Save Money with Energy Saver!"

"Efficient. Eco-Friendly.

• Real-Time Monitoring: Track your energy usage with precision.

• Power Factor Correction: Improve energy efficiency and reduce waste.

• Easy Installation: Simple setup for immediate energy savings.

• Durable Design: Built to last, ensuring long-term performance.

"Join the energy-saving revolution today! Start saving on your electricity bills while contributing to a greener planet."

• your ultimate solution for reducing energy consumption and cutting down electricity bills. With advanced technology, ensures optimal energy efficiency, helping you save 5% - 30% on your energy costs

Q: How does voltage optimization system save money?

A: Savings by the application of systems are mainly achieved around a kw/h reduction as the electrical device operates closer to its fundamental design voltage, the main areas of saving on an electricity bill are detailed below:

Reduced kw/h consumption: Dependent on the load dynamics, the savings will come from a kw/h reduction.

Reduction in Demand: A small reduction in demand is possible although this is not normally significant enough to Reduce authorized supply capacity charges.

Reactive power charges: Reactive power charges may reduce slightly as demand reduces.

Reduced emissions: Significant reductions in CO2 emissions can be achieved as consumption is normally directly associated with kw/h consumption.

Reduced maintenance costs: A device operating at a higher pressure than need be to perform the same task will not last as long as a device with a regulated pressure.

Q: How does installation of device voltage optimization system?

A: Installation of device is in series or parallel with the main supply and therefore it is vitally important to ensure the correct level of due diligence is carried out in the form of a detailed survey.

It is also recommended that a suitably rated protective device in integrated into the optimizer, this is especially critical if the optimizer has been rated for the size of demand and not the capabilities of the existing supply i.e. matched to the maximum demand (plus an approximate 30% overload) rather than the current rating of the main supply.

A voltage optimizer could also be installed on sub supplies or individual loads to target the most optimizable loads