Introduction

Introduction to SSS Products which are distributed and installed through Energy Pivot, which are exclusively available from the manufacturer and a small number of selected business Associated Partners (AP’s).
 
These are:

  • SSS EnergyDock Range (UPS)
  • SSS Battery Range
  • SSS DC Range

The inverters used in the EnergyDock range is NRS 097-7-1 approved.

The AC distribution boxes offered conforms to SABS standards, IED 60947-2, VC 8036 with NRCS and RCC certification, i.e. circuit breakers, isolators, surge protection, etc.
 
SSS’s applied Small Scale Embedded Generation (SSEG) principles in the configuration design of their systems.

Our Standards

The Small Scale Embedded Generation (SSEG) is a regulated industry with documented and defined standards of application.  The list of defined standards that should be adhered to are:

    • NRS 097-1/2: Grid interconnection of Embedded Generation.
    • Municipal SSEG Standards or Regulations (determine the standards required by the Municipality in which area the installation is required).
    • Eskom SSEG application requirements as per their standard documentation.
    • SANS 10142/1 to 4: The wiring of premises (as amended and published).
    • NRS 048: Electricity Supply – Quality of Supply.
    • SANS 474 and NRS 057: Code of Practice for Electricity Metering.
    • SANS 62305-1: Protection against Lightning
    • Electricity Regulation Act, Act 4 of 2006 and Electricity Regulation Amendment Act, Act 28 of 2007.
    • Occupational Health and Safety Act, No 85 of 1995 as Amended.
    • South Africa Distribution Code (all parts).
    • South Africa Grid Code (all parts).
    • South Africa Renewable Power Plants Grid Code.
    • TNC-S Earthing: According to SANS 10142.

SSS StorageDock Range

See Brochure

ES-2.5K Battery Storage

The primary use of this energy storage system is for the storage of excess generated solar energy (PV) or energy from the grid (Utility provider) for the purpose of either selfconsumption or backup during grid failures later.
In the event of a grid failure, the stored energy will be converted from DC to AC and utilized by means of a suitable and compatible Energy Dock Level 2 – 5 energy system.

The LiFePO4 battery is one of the most stable forms of lithium-iron technologies available for this specific purpose. The LiFePO4 battery uses a lithium-iron-derived chemistry and shares many advantages and disadvantages with other lithium-iron battery chemistries.

More Info

ES-5K Battery Storage

The primary use of this energy storage system is for the storage of excess generated solar energy (PV) or energy from the grid (Utility provider) for the purpose of either selfconsumption or backup during grid failures later.
In the event of a grid failure, the stored energy will be converted from DC to AC and utilized by means of a suitable and compatible Energy Dock Level 2 – 5 energy system.

The LiFePO4 battery is one of the most stable forms of lithium-iron technologies available for this specific purpose. The LiFePO4 battery uses a lithium-iron-derived chemistry and shares many advantages and disadvantages with other lithium-iron battery chemistries.

More Info

ES-10K Battery Storage

The primary use of this energy storage system is for the storage of excess generated solar energy (PV) or energy from the grid (Utility provider) for the purpose of either selfconsumption or backup during grid failures later.
In the event of a grid failure, the stored energy will be converted from DC to AC and utilized by means of a suitable and compatible Energy Dock Level 2 – 5 energy system.

The LiFePO4 battery is one of the most stable forms of lithium-iron technologies available for this specific purpose. The LiFePO4 battery uses a lithium-iron-derived chemistry and shares many advantages and disadvantages with other lithium-iron battery chemistries.

More Info