Dyness energy storage systems

Dyness manufactures battery energy storage systems (BESS) suitable for both large private houses and business facilities of any size.

Dyness systems can provide uninterrupted power, store energy from solar and wind power plants, and increase revenue from selling electricity on the exchange during peak hours.

Content

Features of the BESS
Dyness DH100F
Dyness DH200F
Installation examples

Features of the BESS

Dyness energy storage systems are based on lithium iron phosphate (LiFePO₄ or LFP) batteries, which provide durability and a high level of safety. They are equipped with a built-in bidirectional AC↔DC energy converter (PCS), a battery management system (BMS), as well as monitoring, climate control, emergency shutdown, and fire extinguishing systems.

BESS from Dyness can be both part of a new off-grid or hybrid power plant and a logical addition to an already existing on-grid power plant, allowing for load balancing in the grid and increasing profits from electricity sales during peak demand periods on the energy exchange.

Dyness storage systems are supplied assembled as a ready product. Optional modules for off-grid operation and solar panel connection are available for some models. All BESS have a robust casing with a high level of protection against external impacts and can be installed not only indoors but also outdoors.

Documentation Dyness

Dyness DH100F

The Dyness DH100F model is a pioneer in the «Mini BESS» category. In a compact enclosure, it houses batteries with a capacity of 100 kW·h and a three-phase inverter with 50 kW power, making the DH100F an ideal solution for both a small business and a large family house. If this seems «too much», one can opt for versions 86 kW·h & 40 kW or 71 kW·h & 35 kW.

Each version can optionally be equipped with one or two DC/DC converters for connecting photovoltaic modules, making this system a ready «all-in-one» solution. This way, 9 different product modifications are available, allowing for the optimal choice for any task.

If an increase in energy consumption is expected, it is better to initially choose a modification with the necessary reserve, as the DH100F storage system is delivered to the customer as a ready product and does not allow for changes to the internal structure or the addition of optional modules.

Up to 8 DH100F devices can operate as a single storage system when connected to the grid, providing an energy reserve of up to 800 kW·h and a power of up to 400 kW. The possibility of parallel operation of multiple devices in standalone mode is under development.

Documentation Dyness DH100F

Version 71 kW·h & 35 kW

Version 86 kW·h & 40 kW

Version 100 kW·h & 50 kW

Price in Bulgarian lev incl. VAT 20%

Dyness DH200F

The Dyness DH200F model is equipped with batteries with an energy reserve of 215 kW·h and a three-phase inverter with a power of 100 kW, making this energy storage system a good solution for small and medium-sized businesses.

An STS module is available as an option, allowing the storage system to operate in off-grid mode without connection to the grid or in backup mode, providing uninterrupted power supply to the site during a power outage. This module is not required if the system is intended solely for selling electricity to the grid.

Another option is the installation of one to three DC/DC converters with a power of 50 kW each for connecting photovoltaic modules. Thus, 8 modifications of this energy storage system are available for order.

Up to 12 DH200F devices can operate as a single storage system when connected to the grid, providing an energy reserve of up to 2.58 MW·h and a power of up to 1.2 MW.

Up to 5 DH200F devices can operate as a single storage system in off-grid mode, providing an energy reserve of up to 1.075 MW·h and a power of up to 0.5 MW.

Documentation Dyness DH200F

Price in Bulgarian lev incl. VAT 20%

Installation examples

NENCOM is an official distributor of Dyness. With us, you can purchase energy storage systems for self-installation or order a comprehensive service for the design and construction of a photovoltaic system.

Installation of Dyness DH200F in the Netherlands

Installation of Dyness DH200F in Greece

Dyness DH200F display