Green Single-Phase Voltage Regulator
It is suited for utilities and projects operating in environmentally sensitive or safety-critical areas.
Role of Vegetable Oil Insulation in Voltage Regulation
Vegetable oil insulation replaces mineral oil while maintaining defined dielectric and thermal performance characteristics required for regulated voltage control.
Its properties support:
- Reduced environmental impact in case of leakage
- Higher fire point compared to mineral oil
- Stable dielectric performance under normal operating conditions
This insulation approach enables safer deployment in urban installations, environmentally sensitive areas, and projects with defined sustainability requirements.
Application Areas
- Power Distribution
Urban and rural feeders with environmental or safety constraints. - Utilities and Regulated Networks
Projects aligned with defined environmental and regulatory policies. - Sustainable Infrastructure Projects
Installations where environmental liability mitigation is required. - Distributed Generation Integration
Voltage stabilization in networks with renewable energy penetration.
Insulation Technology and Operational Characteristics
Vegetable oil insulation provides:
- Biodegradable and renewable insulating medium
- High dielectric strength
- Elevated fire point compared to mineral oil
- Compliance with environmental handling requirements
The regulator maintains continuous on-load voltage regulation with defined performance parameters.
Technical Differentiators
- Vegetable oil insulation integrated into TSEA regulator architecture
- Reduced environmental exposure risk
- Continuous voltage regulation under defined operating limits
- Compliance with IEC, IEEE, ABNT, and applicable environmental standards
- Engineering-led technical support throughout the lifecycle
Integration with TSEA Control and Automation Solutions
The Green Voltage Regulator integrates with TSEA electronic controllers, tap changers, protection systems, and SCADA architectures.
This enables coordinated voltage regulation, monitoring, and diagnostics within broader grid automation frameworks.
Technical Specifications
- Voltage Class:
13.8 kV | 23 kV | 34.5 kV - Regulation Range:
Up to ±10% - Insulating Fluid:
Vegetable oil, biodegradable, high fire point - Rated Current:
According to project specifications - Standards:
IEC | IEEE | ABNT | Applicable environmental standards - Mounting Options:
Pole-mounted, pad-mounted, or skid configuration
Frequently Asked Questions
Why use vegetable oil instead of mineral oil?
Vegetable oil is biodegradable and has a higher fire point, reducing environmental exposure and fire risk while maintaining required dielectric performance.
Does it comply with environmental standards?
Yes. It complies with applicable electrical and environmental standards.
Is it suitable for urban and rural installations?
Yes. It is particularly suited for installations where environmental risk mitigation and fire safety performance are required.
Can it be integrated with SCADA and automation systems?
Yes. It integrates with TSEA control, switching, automation, and SCADA solutions.
Does TSEA provide lifecycle technical support?
Yes. Engineering and technical support are available from specification through operation and maintenance.
