Maximise the value of your distributed energy assets
SwitchDin unites energy users and utilities with real time visibility, control and optimisation of Consumer Energy Resources (CER), delivering stronger financial returns from your energy investments.
Accelerate electrification and DER /CER uptake. Preserve integrity of energy grids. Enable and maximise market opportunities. Reduce energy costs.
11k+
Sites deployed
100K+ MWH
Assets under management
10Xsavings
Energy cost savings with SwitchDin Optimization
3+Million KM2
Geographical area of regional microgrids
What limits the value of distributed energy today
Underutilised energy assets and missed opportunities
Wasted clean energy
Unused flexibility
Lost revenue
Operational complexity and integration overhead
Complex device integration
Slower deployment and optimisation
Higher costs and limited flexibility
Rising energy costs and inefficient load profiles
Weakened project returns
Higher peak charges
Rising operating costs
Lack of trust, security, and operational confidence
Higher security and governance needs
Operational and regulatory risk
Limited confidence in asset control
Limited visibility across distributed energy assets
Reduced real-time visibility
Underused renewable energy
Increased operational risk
Network constraints limiting growth and expansion
Restricted connections and expansion
Delayed growth and high upgrade costs
Reduced asset utilisation
How SwitchDin helps scale and optimise on-site energy
SwitchDin provides cloud-native energy solutions enriched by high performance edge capabilities. We connect, monitor, control and optimise Consumer Energy Resources (CER) such as roof top solar, batteries, EV chargers and other flexible loads, securely at scale.
Trusted by utilities, commercial & industrial energy users, and charging operators managing energy at scale.
Connect
Standards based integration of DERs and CERs into existing platforms
Visibility
Real time visibility across assets, sites, and networks
Save
Energy cost savings with SwitchDin Optimisation
Trust
Utility grade security, governance, and compliance
Commercial & Industrial energy users
Optimise energy use through peak shaving, load shifting, and real time control
Coordinate DER and flexible load to maximise use of low cost renewable energy
Integrate and manage diverse asset classes, OEMs, and devices through a single platform
Actively manage network constraints while maintaining compliance
Enable additional capacity using grid access and on-site battery solutions
Participate in wholesale markets, VPP programs, and ancillary services such as FCAS
Distribution utilities
Real time visibility and control of DERs across the network
Rapidly integrate millions of CERs into existing utility control platforms
Enable dynamic flexible exports and imports in real time
Reduce connection wait times, create operational headroom for staged network planning and upgrades
Utility-grade security through DNSP-controlled PKI, device certificate management, and a secure, compliant DER communication stack
Reduce operational complexity with a proven standard, IEEE 2030.5 CSIP-AUS interoperability certification platform
Charge Point Operators
Unified visibility & smart orchestration across all charging sites through a single platform
Monitor & control diverse charger models & OEMs consistently across locations
Optimize charging through load shaping and smart scheduling to reduce peak demand and energy cost
Shift charging load to low cost, renewable energy periods while maintaining service levels
Operate within grid limits and add capacity without network delays
Improve uptime and customer experience
Trusted by industry leaders
Our work in action
From insight to real-world impact
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![From constraints to renewable abundance: Enabling Horizon Power’s massive rooftop solar growth in remote microgrids]()
From constraints to renewable abundance: Enabling Horizon Power’s massive rooftop solar growth in remote microgrids
Horizon Power
Enabled safe expansion of rooftop solar across remote microgrids
Proved a scalable, standards based DER integration approach
Supported ongoing solar approvals while advancing decarbonisation
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![How SwitchDin optimises City of Yarra Community facilities from grid constraints to greater returns]()
Building confidence for a rooftop solar powered future with Endeavour Energy
Endeavour Energy
Enabled visibility and control of rooftop solar across 1,200 customer sites through a single interface
Demonstrated a scalable, standards based DER management approach using IEEE 2030.5
Positioned the network to support future solar and battery growth while maintaining grid reliability
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![How SwitchDin optimises City of Yarra Community facilities from grid constraints to greater returns]()
How SwitchDin optimises City of Yarra Community facilities from grid constraints to greater returns
City of Yarra Council
Achieved up to 91% energy cost reduction and faster payback through optimised solar and battery use
Enabled smarter use of council solar and battery assets through integrated optimisation
Demonstrated leading practice in local government renewable energy with strong community impact
Your DER fleet is waiting to deliver more
Maximize value, unlock stronger business returns, & lead the energy transition.
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How to prevent control breakages in C&I inverter integration at scale
Getting an inverter to respond to a control signal is easy in a lab. Getting multiple inverter brands, batteries, and firmware versions to respond consistently on a live Commercial and Industrial (C&I) site is where the work really starts.
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SwitchDin helps to deliver cheap, clean energy for all
SwitchDin is an Australian Renewable Energy technology and Software as a Service (SaaS) company. Our purpose is to facilitate power grids and energy companies to accelerate the shift to a global renewable, clean-energy future. Our key products and services ensure this can happen safely, with confidence and efficiency, and with increased returns on investment.
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Victoria may have inadvertently picked the DER control protocol for the world!
The Australian state of Victoria’s ‘Emergency Backstop Program’ forced all inverter manufacturers to implement the CSIP-AUS protocol (120+ vendors, 2k+ models), in effect creating a de facto global standard.