ECO-DC series for self-consumption
PROTECTION PANELS
PROTECTION PHOTOVOLTAIC SYSTEMS
More than 900 references!
Maximum quality to protect your photovoltaic installation against permanent and transient overvoltages. In addition to complying with regulatory standards.
Maximum quality to protect your photovoltaic installation against permanent and transient overvoltages. In addition to complying with regulatory standards.
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100% verified
ALL CERTIFICATIONS
Our ECO-DC panels have undergone the toughest tests to achieve all the necessary certifications required for this type of equipment.
How do I protect a photovoltaic photovoltaic system?
PROTECTIVE EQUIPMENT
According to the different regulations, our installation must incorporate specific protection devices that comply with specific indications depending on the type of installation to be protected.
DC disconnector
To cut off the current and to be able to work safely.
Fuses and fuse holders
Overcurrent protection.
Overcurrent protection.
Surge protection. In AC and DC.
IP65 enclosure
Protection against the weather (dust and water).
Type A differential
For shunts or earth leakage. In AC.
Permanent surge arrester
Protection against continuous voltage surges. In AC.
find the protection switchgear you need among more than 900 references
SELECTION GUIDE
We have expanded to more than 900 references so that the ECO-DC range adapts to any photovoltaic installation. But you also have a selection guide available to find the panel that your installation needs.
- Search by inverter characteristics
- Parameter selection
- Detailed product information
- Technical diagrams
Several MMPT outputs
ECO- DC-XIX
Los cuadros de protección para sistemas fotovoltaicos ECO-DC-XIX mantienen el mismo número de entradas de strings que de salidas MPPT.
The protection panels for ECO-DC-XIX photovoltaic systems maintain the same number of string inputs as MPPT outputs.
Each string is protected with a fuse holder base + 15A fuses or 16A circuit breaker per string, maximum 600/1000VDC and DC 40kA transient overvoltage protectors. Inputs and outputs are made via MC4 connectors (optional) or direct to terminals (depending on model) for faster and safer connection. It is designed for inverters with multi-MPPT management with different string inputs.
- DC TRANSIENT OVERVOLTAGES
- WITH MC4 CONNECTORS (Optional)
- SAME NUMBER OF ENTRIES AS EXITS
- DC OVERCURRENT PROTECTION
Protection DC + AC
ECO- DC-XIX-AC
ECO-DC-XIX-AC son cuadros para sistemas fotovoltaicos que incorporan protección tanto de corriente continua como de corriente alterna. Mantienen el mismo número de entradas de strings que de salidas MPPT.
ECO-DC-XIX-AC are panels for photovoltaic systems that incorporate both DC and AC protection. They have the same number of string inputs as MPPT outputs.
Each string is protected with 40kA transient overvoltage and 15kA AC surge protectors, fuse base + 15A fuses or 16A DC circuit breaker per string. Inputs and outputs are made with MC4 connectors (optional) or direct to terminals (depending on model) for faster and safer connection. It is designed for inverters with multi-MPPT management with different string inputs. In addition, we protect the AC side with a 30mA Type A residual current protection (optional Type A 300mA) and an IGA with integrated transient overvoltage protection and optional permanent overvoltage protection.
- DC TRANSIENT OVERVOLTAGES
- WITH MC4 CONNECTORS (Optional)
- SAME NUMBER OF ENTRIES AS EXITS
- DC OVERCURRENT PROTECTION
- AC TRANSIENT OVERVOLTAGES
- DIFFERENTIAL PROTECTION
- AC OVERCURRENT PROTECTION
Why should I protect a photovoltaic photovoltaic system?
FULL PROTECTION
Photovoltaic installations usually consist of metal structures located on the roofs of buildings. This makes them very susceptible to being struck by lightning.
It is also possible that even if the structure is not directly struck by lightning, electrical current from the lightning strike can reach the installation due to electrical induction or conduction through the power line. In other cases, the overvoltage may be caused by mains switching. It is therefore important to protect the installation against transient overvoltages on both the DC and AC sides.
Transient overvoltages are defined as a rapid (μs) and high increase in voltage in a network, which can be up to several kV.
An overvoltage could lead to severe damage and destruction of equipment, malfunctioning and reduction of lifetime, and interruption of service to users.
All these problems can be minimised by reducing this strong impulse by means of transient overvoltage protection devices.
Do you have any doubts?
CONTACT WITH US
We are at your disposal to help you clarify any doubts about the product, provide support or information for the purchase.
Address
Autovía A-92 km 6,5, 41500 Alcalá de Guadaíra, Sevilla